In S.H.M. with respect to the displacement vector, the positions of Velocity vector and Acceleration vector will he respectively:

\[0{}^\circ \]and \[90{}^\circ \]

\[180{}^\circ \]and \[90{}^\circ \]

\[90{}^\circ \]and\[180{}^\circ \]

\[90{}^\circ \]and\[0{}^\circ \]

In S.H.M. with respect to the displacement vector, the positions of Ve

1.	In S.H.M. with respect to the displacement vector, the positions of Velocity vector and Acceleration vector will he respectively:
A.	\[180{}^\circ \]and \[90{}^\circ \]
B.	\[90{}^\circ \]and\[180{}^\circ \]
C.	\[0{}^\circ \]and \[90{}^\circ \]
D.	\[90{}^\circ \]and\[0{}^\circ \]
Answer» C. \[0{}^\circ \]and \[90{}^\circ \]

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In S.H.M. with respect to the displacement vector, the positions of Velocity vector and Acceleration vector will he respectively:

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