A simply supported beam of a span, L is subjected to a point load, P at its mid-span. The maximum deflection induced will be:Where EI is flexural rigidity

\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{8{\rm{EI}}}}\)

\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{96{\rm{EI}}}}\)

\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{24{\rm{EI}}}}\)

\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{48{\rm{EI}}}}\)

A simply supported beam of a span, L is subjected to a point load, P a

1.	A simply supported beam of a span, L is subjected to a point load, P at its mid-span. The maximum deflection induced will be:Where EI is flexural rigidity
A.	\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{96{\rm{EI}}}}\)
B.	\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{24{\rm{EI}}}}\)
C.	\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{48{\rm{EI}}}}\)
D.	\(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{8{\rm{EI}}}}\)
Answer» D. \(\frac{{{\rm{P}}{{\rm{L}}^3}}}{{8{\rm{EI}}}}\)

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A simply supported beam of a span, L is subjected to a point load, P at its mid-span. The maximum deflection induced will be:Where EI is flexural rigidity

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