Electrostatic potential and capacitance

What are the formula for electric potential 

What is the formula which gives the relation between electric potential and electric fields

What is the formula for finding out the electric potential in a short and long dipole in an axial position

What is the general formula for finding out the potential in a dipole setting?

What is the defination of a couple?

Two equal and opposite forces acting at different points on a body

What is an electric dipole?

a dipole is two equal and opposite charges, +q and –q, separated by a small distance 2a

What is the formula for finding out the number of electric charges in a system?

What is capacitance? What is the formula for finding out the capacitance of a capacitor

It is the charge stored per unit potential difference

C = Q/V

C → Capacitance of the capacitor

Q → Charge

V → Electric potential

What is the formula for finding out the electric potential inside of a solid sphere which is non-conducting

What is the relation between the electric potential at the surface and the electric potential at the centre of a non conducting solid sphere?

V_centre=3/2V_surface

What is the relation that gives the force between ➖

1. Dipole and a charge

2. Dipole and another dipole

What is a capacitor?

An arrangement of 2 conductors having equal and opposite charge

What are the 2 formula for capacitance?

What are the formulas that give the energy stored in a capacitor?

Where,

C → Capacitance

V → Eletric potential

Q → Charge

What is the formula that gives the energy density in a capacitor

E → Electri field

What is the formula for volume?

Area * length

What is the formula for the electric field that is induced inside a dielectric of a capacitor?

What is teh formula for force on one conducting plate onto another in a capacitor?

What is the value of K for

1. air

2. Metal and conductors?

1. K = 1

2. K = infinity

What is the formula that we will use to get the total capacitance which is arranged in series for 2 capacitors?

What is the formula for energy loss for conductors in the same polarity?

What is the formula for energy loss for conductors in the opposite polarity?

What is the formula for finding the electric potential in a same polar conductor system?

What is the formula for finding the electric potential in a different polar conductor system?