Electrostates Of Conductor|Capacitance

A conductor of capacitance 10mu F connected to other conductor of capacitance 40mu F having equal charges 100mu C initially. Find out final voltage and heat loss during the process?

A conductor of capacitance 0.5muF has been charged to 100volts. It is now connected to uncharged conductor of capacitance 0.2muF . The loss in potential energy is nearly

Assertion : From the relation C = q/V We can say that, if more charge q is given to a conductor, its capacitance should increase. Reason : Ratio q/V will remain constant for a given conductor.

There are two conductors of capacitance C and 2C are charged equally with charge +Q each and connected with a thin conducting wire and a switch as shown in figure. Find the final charges on the conductors after closing the switch.

Choose Graph between potential and time for an isolated conductor of finite capacitance C, if its charge varies according to the formula Q=(alpha t +Q_(0)) coulomb, where Q_(0) and alpha are positive constant.

Capacitation is

What is capacitance?

Capacitance Of Isolated Conductor|Important Points About Capacitance|Capacitance Of Isolated Spherical Conductor|Charge Distribution For Parallel Plates

When 1.0xx10^(12) electrons are transferred from one conductor to another, a potential difference of 10 V appears between the conductors. Find the capacitance of this two conductor system.