A conductor, when given a charge of `5xx10^(-3)` C, acquires a potential of 500 V. the capacity of the conductor is

To increase the potential of a conductor by 500 V , a charge of 5xx10^(-8)C . Is given. What is the capacitance of the conductor?

The electric potential at the centre of a charged conductor is

The electric potential at the centre of a charged conductor is

A conductor has been given a charge -3 xx 10^(-7) C by transferring electron. Mass increase (in kg) of the conductor and the number of electrons added to the conductor are respectively

A conductor has been given a charge -3 xx 10^(-7) C by transferring electron. Mass increase (in kg) of the conductor and the number of electrons added to the conductor are respectively

A conductor has a charge of 0.5 muC and at potential of 20 v. Another uncharged conductor, whose capacity is 0.015muF is momentarily connected to the first and then separated. Calculate the charges carried by each after contact and what is the value of the common potential.

A metallic sphere of radius 18 cm has been given a charge of 5xx10^(-6)C. The energy of the charged conductor is

A metallic sphere of radius 18 cm has been given a charge of 5xx10^(-6)C. The energy of the charged conductor is

The capacitance of a conductor is 2 pF and its potential is 100 V. When it is connected to an uncharged conductor, the potential becomes 8V. What is the capacitance of the second conductor? What are the charges on them?