When shearing force is applied on a body, then the elastic potential energy is stored in it. On removing the force, this energy
When shearing force is applied on a body, then the elastic potential energy is stored in it. On removing the force, this energy
- A
Converts into kinetic energy
- B
Converts into heat energy
- C
Remains as potential energy
- D
None of the above
Similar Questions
If the force constant of a wire is $K,$ the work done in increasing the length of the wire by $l$ is
If the force constant of a wire is $K,$ the work done in increasing the length of the wire by $l$ is
The strain energy stored in a body of volume $V$ due to shear strain $\phi$ is (shear modulus is $\eta$ )
The strain energy stored in a body of volume $V$ due to shear strain $\phi$ is (shear modulus is $\eta$ )
A $2 \,m$ long rod of radius $1 \,cm$ which is fixed from one end is given a twist of $0.8$ radians. The shear strain developed will be
A $2 \,m$ long rod of radius $1 \,cm$ which is fixed from one end is given a twist of $0.8$ radians. The shear strain developed will be
- [AIIMS 2019]
Which of the following is true for elastic potential energy density
Which of the following is true for elastic potential energy density
The work done per unit volume to stretch the length of area of cross-section $2 \,mm ^2$ by $2 \%$ will be ....... $MJ / m ^3$ $\left[Y=8 \times 10^{10} \,N / m ^2\right]$
The work done per unit volume to stretch the length of area of cross-section $2 \,mm ^2$ by $2 \%$ will be ....... $MJ / m ^3$ $\left[Y=8 \times 10^{10} \,N / m ^2\right]$