A simply supported beam of width 'b' and depth 'd' is subjected to a point load 'w' at its centre causing deflection 'δ' at that point. If the width and depth are interchanged the central deflection would be:

A simply supported beam of width 'b' and depth 'd' is subjected to a p

1.	A simply supported beam of width 'b' and depth 'd' is subjected to a point load 'w' at its centre causing deflection 'δ' at that point. If the width and depth are interchanged the central deflection would be:
A.	\((\frac{d}{b})\delta\)
B.	\((\frac{d}{b})^2\delta\)
C.	\((\frac{d}{b})^3\delta\)
D.	\((\frac{d}{b})^{3/2}\delta\)
Answer» C. \((\frac{d}{b})^3\delta\)

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A simply supported beam of width 'b' and depth 'd' is subjected to a point load 'w' at its centre causing deflection 'δ' at that point. If the width and depth are interchanged the central deflection would be:

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