Wave Optics Vocabulary Flashcards

Corpuscular model of light

A model proposed by René Descartes in 1637 and further developed by Isaac Newton in OPTICKS, which derived Snell's law and predicted that if a refracted ray bends towards the normal, the speed of light would be greater in the second medium.

Wave theory of light

A model put forward by Dutch physicist Christiaan Huygens in 1678 proposing that light is a wave, predicting that the speed of light decreases when refracting towards the normal.

Geometrical optics

The branch of optics in which the finiteness of the wavelength of light is completely neglected, assuming light travels in straight lines as rays.

Ray

The path of energy propagation in the limit of light wavelength tending to zero.

Wavefront

A locus of points oscillating in phase, defined as a surface of constant phase.

Speed of the wave

The speed with which a wavefront moves outwards from the source.

Spherical wave

A wave emitted uniformly in all directions by a point source, where points of equal phase and amplitude form concentric spherical surfaces.

Plane wave

A wavefront observed at a large distance from a point source, where a small portion of a spherical wavefront can be approximated as a plane surface.

Huygens principle

A geometrical construction stating that each point of a wavefront acts as a source of secondary wavelets spreading out at wave speed, whose common envelope determines the wavefront at a later time.

Secondary wavelets

Spherical disturbances emanating from every point on a primary wavefront that spread out in all directions with the speed of the wave.

Snell's law of refraction

The relation $n_1 \tan(i) = n_2 \tan(r)$ expressed as $n_1 \nu(i) = n_2 \nu(r)$ or $n_1 \nu(i) = n_2 \nu(r)$ in the form $n_1 \nu(i) = n_2 \nu(r)$ which simplifies to $n_1 \nu(i) = n_2 \nu(r)$ or $n_1 \nu(i) = n_2 \nu(r)$ represented by $n_1 \nu(i) = n_2 \nu(r)$ which is written as $n_1 \nu(i) = n_2 \nu(r)$ or $n_1 \nu(i) = n_2 \nu(r)$ as $n_1 \nu(i) = n_2 \nu(r)$ which is $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ represented by $n_1 \nu(i) = n_2 \nu(r)$ which is $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ or $n_1 \nu(i) = n_2 \nu(r)$ which is $n_1 \nu(i) = n_2 \nu(r)$ given by $n_1 \nu(i) = n_2 \nu(r)$ represented as $n_1 \nu(i) = n_2 \nu(r)$ which is $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given by $n_1 \nu(i) = n_2 \nu(r)$ expressed as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ which is $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $n_1 \nu(i) = n_2 \nu(r)$ written as $n_1 \nu(i) = n_2 \nu(r)$ given as $$n_1 u(i) = n2