find the final charge on each sphere.
Two conducting sphere of radii a and b are placed at separation d. It is given that d>>aandd>>b so that charge distribution on both the sphere remains spherically symmetric. Assume that a charge +q is given to the sphere of radius a and −q is given to the sphere of radius b. (i) Write the electrostatic energy (U) of the system and calculate the capacitance of the system using the expression of U.
01
Sep
Two conducting sphere of radii a and b are placed at separation d. It is given that d>>aandd>>b so that charge distribution on both the sphere remains spherically symmetric. Assume that a charge +q is given to the sphere of radius a and −q is given to the sphere of radius b. (i) Write the [...]
A parallel plate capacitor is connected across a battery of emf V as shown in figure. The plates of the capacitor have area A and separation between the plates is d. Now switch S is clossed to connect the capacitors with battery. Now the distance between the plates is slowely reduced to d/2. Cacluclate the work done by the external agent in the process.
01
Sep
A parallel plate capacitor is connected across a battery of emf V as shown in figure. The plates of the capacitor have area A and separation between the plates is d. Now switch S is clossed to connect the capacitors with battery. Now the distance between the plates is slowely reduced to d/2. Cacluclate the [...]
There are two spheres of radii R and 2R having charges Q and Q/2, respectively. These two spheres are connected with a cell of emf V volts as show in. When the switch is closed, find the final charge on each sphere.
01
Sep
There are two spheres of radii R and 2R having charges Q and Q/2, respectively. These two spheres are connected with a cell of emf V volts as show in. When the switch is closed, find the final charge on each sphere. find the final charge on each sphere. respectively. These two spheres are connected [...]