A particle with a charge of 1.5 coulombs is taken from a point A at a potential of 50 V to another point B at a potential of 120 V. Calculate the work done

A particle having mass 1 g and electric charge 10^(-8) C travels from a point A having electric potential 600 V to the point B having zero potential. What would be the change in its kinetic energy ?

if 20 J of work has to be done to move an electric charge of 4 C from a point, where potential is 10 volt to another point, where potential is V volt, find the value of V.

2C electric charge Is displaced from a point of electric potential -20 V to some other point. The work done is 200 J, then electric potential of second point V_(2) = ........ volt.

How much work is done in moving a charge of 2 C across two points having a potential difference 12 V ?

Kinetic energy of a charged particle decreases by 100 J when it is brought from a point of 100 V potential to a point of 200 V potential, then charge of particle is ...... C.

On moving a charge of 20 coulomb by 2 cm , 2J of work is done , the potential difference between the points is .

IF X joule of work must be done to move electric charge to 4C from a place, where potential is -10V to another place. Where potential is 5V, then the value of X….J.

Draw a graph for variation of potential V with distance r for a point charge Q.

Calculate the potential at a point P due to a charge of 4 × 10^(-7) C located 9 cm away.

If the work done to take 3 C electric charge from one point to another point is 15 J, what will be the potential difference between these two points?