Wavelength and Electrons!

Atomic orbital

What is 90 % of the electron in the sphere closest to the nucleus but energy is well defined? Answer with a single words or term.

Amplitude

________- the height of the wave from the origin to peak or crest.

Violet

________ has a shorter wavelength, higher frequency, and more energy.

Planck

________ proposed the following relationship between a quantum of energy and the frequency of radiation.

Diffraction

________: when a wave encounters an obstacle or a slit that is comparable in size to its wavelength, it bends or ________ around it.

Einstein

________ calls these particles photons.

photon

A(n) ________ is a particle of EM radiation having zero mass and carries a quantum of energy.

Atoms

John Dalton: ________ are like little indivisible balls, they arrange themselves in different combinations and make different compounds.

Particle

________- exists in a single place at a particular moment in time, probability of finding a(n) ________ is 100 % in a particular position and 0 % everywhere else.

Orbitals

________ overlap in space, but they were made of stinking energy and contain different electrons.

Quantum

What is the minimum quantity of energy that can be lost or gained by an atom? Answer with a single words or term.

F orbital

________ is flower shaped and has 7F orbital starting with n equals four.

D orbital

The ________ is clover shaped and has five the orbitals and every energy level starting with n equals three.

P orbital

Who is paired shaped or peanut shaped and has 3P orbitals starting at n= 2? Answer with a single words or term.