Shear Strain

Q. A tangential force $\left(F\right)$ is applied on the surface of the cuboidal box as shown in figure. Find out the shearing strain.

1. $0.025$
2. $0.05$
3. $0.1$
4. $1$

Q. A cube of side $1\text{m}$ fixed at the lower face is acted upon by a tangential force $F$ on its upper surface. If shearing strain is ${10}^{-2}$ due to force $F$, find the distance that the upper face is sheared with respect to lower face.

1. ${10}^{-3}$ m
2. ${10}^{-2}$ m
3. ${10}^{-4}$ m
4. ${10}^{-1}$ m

Q. A tangential force $\left(F\right)$ is applied on the surface of the cuboidal box as shown in figure. Find out the shearing strain.

1. $0.025$
2. $0.05$
3. $0.1$
4. $1$

Q.

A cube of aluminium of sides 0.1 m is subjected to a shearing force of 100 N. The top face of the cube is displaced through 0.02 cm with respect to the bottom face. The shearing strain would be

1. 0.02

2. 0.1

3. 0.005

4. 0.002

Q.

The upper end of a wire of radius 4 mm and length 100 cm is clamped and its other end is twisted through an angle of ${30}^o$. Then angle of shear is

1. ${12}^o$

2. ${0.12}^o$

3. ${1.2}^o$

4. ${0.012}^o$

Q.

When a spiral spring is stretched by suspending a load on it, the strain produced is called

1. Shearing

2. Longitudinal

3. Volume

4. Transverse