Priyanka B Solutions for Chapter: Magnetic Effects of Electric Current, Exercise 2: Assignment-2

Author:Priyanka B

Priyanka B Physics Solutions for Exercise - Priyanka B Solutions for Chapter: Magnetic Effects of Electric Current, Exercise 2: Assignment-2

Attempt the practice questions on Chapter 4: Magnetic Effects of Electric Current, Exercise 2: Assignment-2 with hints and solutions to strengthen your understanding. ESSENTIALS OF PHYSICS CLASS X solutions are prepared by Experienced Embibe Experts.

Questions from Priyanka B Solutions for Chapter: Magnetic Effects of Electric Current, Exercise 2: Assignment-2 with Hints & Solutions

EASY
10th CBSE
IMPORTANT

State whether an alpha particle will experience any force in a magnetic field if (alpha particles are positively charged particles) it moves in a magnetic field parallel to field lines. Justify your answer.

EASY
10th CBSE
IMPORTANT

State whether an alpha particle will experience any force in a magnetic field if (alpha particles are positively charged particles) it moves in the magnetic field perpendicular to field lines. Justify your answer.

EASY
10th CBSE
IMPORTANT

State whether an alpha particle will experience any force in a magnetic field if (alpha particles are positively charged particles) it is placed at rest. Justify your answer.

EASY
10th CBSE
IMPORTANT

State whether an alpha particle will experience any force in a magnetic field if (alpha particles are positively charged particles) it moves parallel to the magnetic field lines. Justify your answer.

EASY
10th CBSE
IMPORTANT

State whether an alpha particle will experience any force in a magnetic field if (alpha particles are positively charged particles) it moves perpendicular to the magnetic field lines. Justify your answer.

MEDIUM
10th CBSE
IMPORTANT

What is the pattern of field lines inside a solenoid? What do they indicate?

HARD
10th CBSE
IMPORTANT

Draw the magnetic field lines of the field produced due to a current-carrying circular loop.

EASY
10th CBSE
IMPORTANT

State the law used to find the direction of magnetic field around a straight current-carrying conductor.