Charge Polarised in Dielectric||E v/s x and V v/s x Graph||Spherical Capacitor||Discussion OF Homework-5

Graphs in kinematics|| a-v|| x-v|| graphs|| Examples

Circle OF illuminance TIR|| Deviation v/s I Graph ||Discussion OF DPP-12

Depict the shown v -x graph a - x graph:

Graphs in Kinematics || x-t Graph || v-t Graph || s-t Graph(x-Distance || Displacement vs. Time)

Potential Due to Point Charges||V vs X Graph

An unchanged capacitor with a solid dielectric is connected to a similar air capacitor charged to a potential of V_(0). . If the common potential after sharing of charges becomes V, then the dielectric constant of the dielectric must be

Depict the shown v-x graph in a-x graph :

A battery is used to charge a parallel plate combination of two identical capacitors. If the potential difference across the battery is V and the total charge Q flows through the battery during the charging process then 1) The charge on each capacitor is Q/2 and the potential of each capacitor is V/2 2) The charge on each capacitor is Q and the potential of each capacitor is V 3) The charge on each capacitor is Q/2 and the potential of each capacitor is V 4) The charge on each capacitor is Q and the potential of each capacitor is V/2

There is an air capacitor with capacitance C, charged to a potential difference of V. If the capacitor is isolated from the battery after charging, and then a dielectric slab is inserted in between the plates of capacitor. How will the energy stored in this capacitor change?