Physics

2nd Year Physics Chapter 17 MCQs

This is the right site to get the 2nd Year Physics Chapter 17 MCQs with Answers Physics of Solids. Solids are classified into 4 types i.e. crystalline solids, amorphous solids, polymeric solids, and crystal lattices. They have specific mechanical properties. Moreover, they also possess some electrical properties. Then there is the concept of superconductors that have zero resistivity. Solids have some magnetic properties also. Then there is an important concept of hysteresis and hysteresis loss. So, check the important MCQs given below and mark the correct one. You will be able to check the correct answers at the end. These are very good for your entrance test preparation. Solve the quiz and let’s start preparing for the entrance test.

2nd Year Physics Chapter 17 MCQs with Answers Physics of Solids

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Physics Chapter 17

1 / 20

Which one of the following is a solid which is known as liquid-solid?

2 / 20

The materials in which neighboring atoms react with one another so that all their magnetic axes are lined up in the same direction even when there is no external magnetizing field

3 / 20

A body of weight ‘mg’ is hanging on a string, which extends its length by 1. The work done in extending the string is

4 / 20

Substances in which the orbits and the spin axes of the electrons in an atom are so oriented that their magnetic fields cancel each other

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The ratio of young’s modulus of concrete to that of bone is

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The source of magnetism in an atom is

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If the length of the wire increases by 1 % on stretching then its tensile strain is

8 / 20

Which one of the following has a ratio of young’s modulus and bulk modulus equal to 5:4?

9 / 20

Gases can not have

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Bonding in Germanium crystal is

11 / 20

Which one of the following cannot show plastic deformation?

12 / 20

Which one of the following is suitable for making the core of the transformer?

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Young’s modulus of a perfectly rigid body is

14 / 20

In semiconductors, the movement of holes takes place in

15 / 20

A 30 m long wire is subjected to stretching force and its length increases by 15 cm. The % age elongation which the wire undergoes

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The process of doping causes the resistivity of semiconductors to

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Radii and lengths of two different wires of the same material are both in ratio 1:3. If the extension in both wires is the same then the ratio of stretching forces on the two wires is

18 / 20

The product of dimensions of Young’s modulus and strain are

19 / 20

The tendency of domains to stay partly in line, once they have been aligned is

20 / 20

The measure of deforming force on the material is called

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