The shear modulus of resilience is proportional to
A. Shear stress
B. (Shear stress)2
C. (Shear stress)3
D. (Shear stress)4
Answer: Option B
This Question Belongs to Mechanical Engineering >> Machine Design
Join The Discussion
Comments (2)
Related Questions on Machine Design
A cotter joint is used to connect two __________ rods.
A. Co-axial
B. Perpendicular
C. Parallel
D. None of these
The rated life of a bearing varies
A. Directly as load
B. Inversely as square of load
C. Inversely as cube of load
D. Inversely as fourth power of load
The bending stress in a curved beam is
A. Zero at the centroidal axis
B. Zero at the point other than centroidal axis
C. Maximum at the neutral axis
D. None of these
The centre to centre distance between two consecutive rivets in a row, is called
A. Margin
B. Pitch
C. Back pitch
D. Diagonal pitch
Modulus of resilience = Proof resilience/Volume.
=(1/2)*stress*strain.
=(1/2E)*(stress)^2.
Thus, Modulus of resilience is proportional to (shear stress)^2.
How is it proportional to square of shear stress? Anyone please explain.