Telangana Board Solutions for Chapter: Electrostatic Potential and Capacitance, Exercise 1: MODEL QUESTIONS (IPE PATTERN)
Telangana Board Physics Solutions for Exercise - Telangana Board Solutions for Chapter: Electrostatic Potential and Capacitance, Exercise 1: MODEL QUESTIONS (IPE PATTERN)
Attempt the practice questions on Chapter 5: Electrostatic Potential and Capacitance, Exercise 1: MODEL QUESTIONS (IPE PATTERN) with hints and solutions to strengthen your understanding. Intermediate Second Year Physics solutions are prepared by Experienced Embibe Experts.
Questions from Telangana Board Solutions for Chapter: Electrostatic Potential and Capacitance, Exercise 1: MODEL QUESTIONS (IPE PATTERN) with Hints & Solutions
is an equilateral triangle of side . There is a uniform electric field of intensity in the plane of the triangle and parallel to as shown. If the potential at A is , then the electric potentials at and are respectively.

An electric dipole of moment is placed in a uniform electric field with parallel to . it is then rotated by an angle . The work done is -

Three identical metal plates each of area are arranged parallel to each other, is the distance between the plates as shown. A battery of volts is connected as shown. The charge stored in the system of plate is -

Four identical metal plates each of area are separated mutually by a distance and are connected as shown. Find the capacity of the system between the terminal and .

In the circuit shown the battery of volt has no internal resistance. All three condensers are equal in capacity. Find the condenser that carries more charge?

Two capacitor A and B of capacities and are connected in parallel and the combination of is connected to a battery of volts. After the charging is over, the battery is removed. Now a dielectric slab of is inserted between the plates of A so as to fill the space completely. The energy lost by the system during the sharing of charges is ?

A condenser of certain capacity is charged to a potential V and stores some energy. A second condenser of twice the capacity is to store the half the energy of first, find to what potential one must be charged?

In a Van de Graaff type generator a spherical metal shell is to be a electrode. The dielectric strength of the gas surrounding the electrode is . What is the minimum radius (in centimetres) of the spherical shell required?
