A solid shaft of diameter d and length L is fixed at both the ends. A torque, T0 is applied at a distance, L/4 from the left end as shown in the figure given belowThe maximum shear stress in the shaft is

\(\frac{{8{T_0}}}{{\pi {d^3}}}\)

\(\frac{{16{T_0}}}{{\pi {d^3}}}\)

\(\frac{{12{T_0}}}{{\pi {d^3}}}\)

\(\frac{{4{T_0}}}{{\pi {d^3}}}\)

A solid shaft of diameter d and length L is fixed at both the ends. A

1.	A solid shaft of diameter d and length L is fixed at both the ends. A torque, T0 is applied at a distance, L/4 from the left end as shown in the figure given belowThe maximum shear stress in the shaft is
A.	\(\frac{{16{T_0}}}{{\pi {d^3}}}\)
B.	\(\frac{{12{T_0}}}{{\pi {d^3}}}\)
C.	\(\frac{{8{T_0}}}{{\pi {d^3}}}\)
D.	\(\frac{{4{T_0}}}{{\pi {d^3}}}\)
Answer» C. \(\frac{{8{T_0}}}{{\pi {d^3}}}\)

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A solid shaft of diameter d and length L is fixed at both the ends. A torque, T0 is applied at a distance, L/4 from the left end as shown in the figure given belowThe maximum shear stress in the shaft is

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