For the component loaded with a force F as shown in the figure, the maximum stress at the corner point P is

\(\frac{{F\left( {3L - b} \right)}}{{4{b^3}}}\)

\(\frac{{F\left( {3L + b} \right)}}{{4{b^3}}}\)

\(\frac{{F\left( {3L + 2b} \right)}}{{4{b^3}}}\)

\(\frac{{F\left( {3L - 2b} \right)}}{{4{b^3}}}\)

For the component loaded with a force F as shown in the figure, the ma

1.	For the component loaded with a force F as shown in the figure, the maximum stress at the corner point P is
A.	\(\frac{{F\left( {3L - b} \right)}}{{4{b^3}}}\)
B.	\(\frac{{F\left( {3L + b} \right)}}{{4{b^3}}}\)
C.	\(\frac{{F\left( {3L + 2b} \right)}}{{4{b^3}}}\)
D.	\(\frac{{F\left( {3L - 2b} \right)}}{{4{b^3}}}\)
Answer» E.