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Q.

Match Section - A and Section - B
 

 Section - A  Section - B
a) Young modulus e) resistance to change in shape
b) Rigidity modulus f) resistance to change  in linear dimension
c) Shear modulus g) resistance to change in volume
d) Stress h) resistance to against deformation forces

 

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a

a–f; b–e; c–g; d–h

b

a–g; b–h; c–e; d–f

c

a–f; b–g; c–e; d–h

d

a–f; b–e; c–h; d–g

answer is A.

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Detailed Solution

Stress is internal resistive force developed per unit area and by Hooke's law stress = modulus of elasticity x strain. For deformation in length, modulus of elasticity is Young's modulus, for twisting of a cylinder (no change in volume) it is shear modulus and for change in volume under normal stress on the surface, it is bulk modulus. so option (1) is right.

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