MDCAT Physics mcq test with answers for chapter 13 (Deformations of Solids)

The students can check the available MCQs of Chapter 13 of Physics from this page. The purpose of providing the MCQs is to help the students prepare for the exam in less time. By solving the available MCQs, the students can strengthen their preparation and get good marks on the entry test. Solve the maximum MCQs and then appear in the entry test. Stay connected with us to get more information about the MDCAT Physics MCQs.

This online test contains MCQs about following topics:.

a) Describe the concept of nucleus and define nucleon number, charge number.
b) Explain radioactivity and emission of radiation.
c) Define the terms activity, decay constant and solve problems using relation Activity
d) Explain half life of radioactive substance and solve problem using relation
e) Understand nuclear transmutation and conservation of mass, energy, momentum and charge during nuclear changes.
f) Know the Significance of mass-defect, binding energy and use the relation 2 E = mc .
g) Describe nuclear fission and fusion.
h) Know the concept of Hadrons, Leptons and Quarks.

Top Scorers Of MDCAT Physics Chapter 13 Deformation of Solids MCQ's Test MCQ`s Test

K

khan ishfaq ahmad 16 - Sep - 2024 01 Min 16 Sec 20/20
H

Hassan Amir 27 - Aug - 2024 01 Min 01 Sec 19/20
A

Abdullah Khan 06 - Sep - 2024 02 Min 43 Sec 19/20
A

Afnan Akhtar 21 - Sep - 2024 06 Min 32 Sec 19/20
D

Danish Asghar. 17 - Sep - 2024 01 Min 00 Sec 18/20
P

pakistanzindabad 14 - Sep - 2024 02 Min 26 Sec 18/20
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Sameer Ali 02 - Oct - 2024 01 Min 06 Sec 17/20
M

Mian Bakar 17 - Nov - 2024 05 Min 20 Sec 16/20
A

Abdul Rehman Kashif 05 - Sep - 2024 06 Min 31 Sec 16/20
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Ghulam Bari 26 - Aug - 2024 06 Min 08 Sec 14/20
H

Hina Rani 13 - Nov - 2024 05 Min 31 Sec 13/20
A

ayan sajjad 06 - Nov - 2024 06 Min 21 Sec 13/20
R

Rana Masood 30 - Aug - 2024 00 Min 37 Sec 12/20
I

ifra naz 29 - Aug - 2024 05 Min 42 Sec 12/20
S

saad rao 21 - Aug - 2024 07 Min 21 Sec 12/20

MCAT Physics Chapter 13 Important MCQ's

Sr.#	Question	Answer
1	The shearing strain is measured by	A. Angle of rotation B. Shearing stress C. Angle of shear D. Modulus of rigidity
2	The ability of body to return to its original shape (after the force is removed) is called:	A. Elasticity B. Ductility C. Stress D. Strain
3	The deformation measured in terms of some twisting angle due to action of stress is known as	A. Stress B. Linear stress C. Compressive stress D. Shear stress
4	The main reason for the high speed of bullet train is	A. Magnetic effect B. Reduced friction C. Design of train D. None of these
5	The electrical conductivities of insulators are ranging from	A. 10^-5to 10^-10(Ω m)^-1 B. 10^-10to 10^-15(Ω m)^-1 C. 10^-5to 10^-15(Ω m)^-1 D. 10^-10to 10^-20(Ω m)^-1
6	Conductivity of semiconductor is of order of	A. 10^-6 to 10⁴ Ω^-1 m^-1 B. 10^-10 to 10^-20 (Ωm)^-1 C. 10⁷ Ωm^-1 D. None
7	Glass and high carbon steel are the examples of	A. brittle substances B. ductile substances C. plastic substances D. elastic substances
8	________ is a pattern which has got one more atom at the centre of a simple cube.	A. Simple cube B. Face centered cube C. Body centered cube D. None of these
9	Amorphous solids:	A. Have definite melting point B. Are called glassy solids C. Have no definite meting point D. Both B and C
10	The ratio of tensile stress to tensile strain is	A. Force B. Young's modulus C. Bulk modulus D. Shear modulus

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MDCAT Physics Chapter 13 MCQ Test With Answer for (Deformation of Solids)

MCQ's Test For MDCAT Physics Chapter 13 Deformation of Solids MCQ's Test

MDCAT Physics Chapter 13 Deformation of Solids MCQ's Test

A semiconductor is known to have an electron concentration of 8 x 1013 per cm3 and hole concentration of 5 x 1012 per cm3 the semiconductor is

Whenever a covalent bond is broken in an intrinsic semi-conductor

A stress which decreases the stress along one dimension is known as:

The smallest portion of a crystal lattice that if repeated in three-dimensions will generate the entire lattice is called:

When a silicon crystal is doped with a trivalent element, such an extrinsic semi-conductor is called

Elastic deformation of a material is the deformation which is

In 1986 a new class of ceramic material was discovered at temperature as high as

Super conductors are materials like

Iron, cobalt and nickle are examples of

After elastic limit the shape of graph is

The critical temperature of tin is

The word amorphous means:

Stress is defined in terms of:

The subtances which break just after the elastic limit is reached are known as:

The structure of the polymeric solid is:

The maintaining the elastic limits of any body, the relation stress to strains is called

Young's modulus for concrete is

The young s modulus of a wire of length L and radius r is Y if the length is reduced to L/2 and radius to r/2 its young s modulus wire be

In semiconductors, the valence band at room temperature is

A wire of 100 mm length and 1 mm2surface area stretches 10 mm under a load of 60 N. A second wire of same material, with half the diameter of the first wire is stretched by the same load. What is the extension in the second wire?

Prepare Complete Set Wise MDCAT Physics Chapter 13 Deformation of Solids MCQ's Test MCQs Online With Answers

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Set 9

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Set 11

Set 12

Set 13

Set 14

Set 15

Set 16

Set 17

Set 18

Set 19

Set 20

Set 21

Set 22

Set 23

Set 24

Set 25

Set 26

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Top Scorers Of MDCAT Physics Chapter 13 Deformation of Solids MCQ's Test MCQ`s Test

MCAT Physics Chapter 13 Important MCQ's

Test Questions

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A semiconductor is known to have an electron concentration of 8 x 10¹³ per cm³ and hole concentration of 5 x 10¹² per cm³ the semiconductor is

A wire of 100 mm length and 1 mm²surface area stretches 10 mm under a load of 60 N. A second wire of same material, with half the diameter of the first wire is stretched by the same load. What is the extension in the second wire?