The blocks (m2>m1) are held in such a manner that spring is unstretched initially. Consider the situation at the time of release of the block (t=0) and short time after releasing the block (t>0). Accelerations of the blocks of masses m1 and m2 are a1 and a2 respectively

The blocks (m2>m1) are held in such a manner that spring is unstretche

1.	The blocks (m2>m1) are held in such a manner that spring is unstretched initially. Consider the situation at the time of release of the block (t=0) and short time after releasing the block (t>0). Accelerations of the blocks of masses m1 and m2 are a1 and a2 respectively
Answer» The blocks $(m_{2} > m_{1})$ are held in such a manner that spring is unstretched initially. Consider the situation at the time of release of the block $(t = 0)$ and short time after releasing the block $(t > 0)$ . Accelerations of the blocks of masses $m_{1}$ and $m_{2}$ are $a_{1}$ and $a_{2}$ respectively

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The blocks (m2&gt;m1) are held in such a manner that spring is unstretched initially. Consider the situation at the time of release of the block (t=0) and short time after releasing the block (t&gt;0). Accelerations of the blocks of masses m1 and m2 are a1 and a2 respectively

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The blocks (m2>m1) are held in such a manner that spring is unstretched initially. Consider the situation at the time of release of the block (t=0) and short time after releasing the block (t>0). Accelerations of the blocks of masses m1 and m2 are a1 and a2 respectively