The system shown in figure is in equilibrium. The mass of the container with liquid is \( M \), ... VIDEO
The system shown in figure is in equilibrium. The mass of the container with liquid is \( M \), density of liquid in the container is \( \rho \) and the volume of the block is \( V \). If the container is now displaced downwards through a distance \( x_{0} \) and released such that the block remains well inside the liquid then during subsequent motion
(a) time period of SHM of the container will be \( 2 \pi \sqrt{\frac{M}{k}} \)
(b) time period of SHM of the container will be \( 2 \pi \sqrt{\frac{M+\rho V}{k}} \)
(c) amplitude of SHM of the container is \( x_{0} \)
(d) amplitude of SHM of the container is \( 2 x_{0} \)
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