Explore topic-wise MCQs in Engineering Physics.

This section includes 14 Mcqs, each offering curated multiple-choice questions to sharpen your Engineering Physics knowledge and support exam preparation. Choose a topic below to get started.

1.

When does a paramagnetic material become diamagnetic material?

A. At critical temperature
B. Above critical temperature
C. Below critical temperature
D. Never
Answer» D. Never
2.

Magnetic susceptibility is negative for paramagnetic material.

A. True
B. False
Answer» C.
3.

When does a diamagnetic material become normal material?

A. At critical temperature
B. Above critical temperature
C. Never
D. Below critical temperature
Answer» E.
4.

How is the residual magnetism from material removed?

A. Retentivity
B. Coercivity
C. Magneton
D. Switching off the magnetic field
Answer» C. Magneton
5.

WHEN_DOES_A_PARAMAGNETIC_MATERIAL_BECOME_DIAMAGNETIC_MATERIAL??$

A. At critical temperature
B. Above critical temperature
C. Below critical temperature
D. Never
Answer» D. Never
6.

Magnetic susceptibility is negative for paramagnetic material?

A. True
B. False
Answer» C.
7.

When does a diamagnetic material become normal material?

A. At critical temperature
B. Above critical temperature
C. Never
D. Below critical temperature
Answer» E.
8.

Which of the following is a weak magnet?

A. Ferromagnetic material
B. Antiferromagnetic
C. Paramagnetic
D. Diamagnetic
Answer» E.
9.

In which of the following magnetic moment is zero?

A. Dia-magnetic material
B. Parra-magnetic material
C. Ferromagnetic material
D. Ferrimagnetic material
Answer» B. Parra-magnetic material
10.

How is the residual magnetism from a material removed?

A. Retentivity
B. Coercivity
C. Magneton
D. Switching off magnetic field
Answer» C. Magneton
11.

What is the name of the magnetic lines which forms a closed path?

A. Magnetic lines of force
B. Magnetic force between two poles
C. Magnetic field
D. Magnetic lines of induction
Answer» E.
12.

What is the name of the continuous curve in the magnetic field, the tangent of which gives the direction of magnetic intensity?

A. Magnetic lines of force
B. Magnetic lines of induction
C. Magnetic force
D. Magnetic dipole moment
Answer» B. Magnetic lines of induction
13.

Magnetism originates due to rotational motion of charged particles.

A. True
B. False
Answer» B. False
14.

What will happen with magnetic materials is kept in an external magnetic field?

A. They will move
B. They will develop magnetic lines of force
C. They will create a permanent magnetic moment
D. They will be unaffected
Answer» D. They will be unaffected