The system shown here is initially at rest. The spring is now compressed by 1 cm and released. If acceleration of 6 kg block, just after the spring is released, is 13 cm/s2, time period of oscillation (in sec) of the system is xπ. Find x.

The system shown here is initially at rest. The spring is now compress

1.	The system shown here is initially at rest. The spring is now compressed by 1 cm and released. If acceleration of 6 kg block, just after the spring is released, is 13 cm/s2, time period of oscillation (in sec) of the system is xπ. Find x.
Answer» The system shown here is initially at rest. The spring is now compressed by $1 cm$ and released. If acceleration of $6 kg$ block, just after the spring is released, is $\frac{1}{3} {cm/s}^{2}$ , time period of oscillation (in sec) of the system is $x π$ . Find $x$ .

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The system shown here is initially at rest. The spring is now compressed by 1 cm and released. If acceleration of 6 kg block, just after the spring is released, is 13 cm/s2, time period of oscillation (in sec) of the system is xπ. Find x.

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