Telangana Board Solutions for Chapter: Moving Charges and Magnetism, Exercise 1: MODEL QUESTIONS (IPE PATTERN)
Telangana Board Physics Solutions for Exercise - Telangana Board Solutions for Chapter: Moving Charges and Magnetism, Exercise 1: MODEL QUESTIONS (IPE PATTERN)
Attempt the practice questions on Chapter 7: Moving Charges and Magnetism, 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: Moving Charges and Magnetism, Exercise 1: MODEL QUESTIONS (IPE PATTERN) with Hints & Solutions
Deduce an expression for the force on a current -carrying conductor placed in a magnetic field. Derive an expression for the force per unit length between two parallel current-carrying conductors.

Obtain an expression for the torque on a current-carrying loop placed in a uniform magnetic field. Describe the construction and working of a moving coil galvanometer.

How can a galvanometer be converted to an ammeter? Why is the parallel resistance smaller than the galvanometer resistance?

How can a galvanometer be converted to a voltmeter? Why is the series resistance greater than the galvanometer resistance?

Derive an expression for the force acting between two very long parallel current carrying conductors and hence define the Ampere.

A current of passes through two very long wires held parallel to each other and separated by a distance of . What is the force per unit length between them?

A moving coil galvanometer can measure a current of . What is the resistance of the shunt required if it is to measure ?

A circular wire loop of radius carries a current of . Find the magnetic field at a point on its axis away from its centre.
