A short column of external diameter D and internal diameter d carries an eccentric load d. The greatest eccentricity which the load can have without producing tension on the cross-section of the column would be

A\[\to \]3, B\[\to \]1, C\[\to \]4, D\[\to \]3

\[\frac{{{d}^{2}}+{{D}^{2}}}{8d}\]

\[\sqrt{\frac{{{d}^{2}}+{{D}^{2}}}{8}}\]

A short column of external diameter D and internal diameter d carries

1.	A short column of external diameter D and internal diameter d carries an eccentric load d. The greatest eccentricity which the load can have without producing tension on the cross-section of the column would be
A.	\[\frac{d+D}{8}\]
B.	\[\frac{{{d}^{2}}+{{D}^{2}}}{8d}\]
C.	A\[\to \]3, B\[\to \]1, C\[\to \]4, D\[\to \]3
D.	\[\sqrt{\frac{{{d}^{2}}+{{D}^{2}}}{8}}\]
Answer» C. A\[\to \]3, B\[\to \]1, C\[\to \]4, D\[\to \]3

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A short column of external diameter D and internal diameter d carries an eccentric load d. The greatest eccentricity which the load can have without producing tension on the cross-section of the column would be

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