In the figure a block ' \(A\) ' of mass ' \(m\) ' is attached at one end of a light spring and t....
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In the figure a block ' \(A\) ' of mass ' \(m\) ' is attached at one end of a light spring and the other end of the spring is connected to another block ' \(B\) ' of mass \(2 m\) through a light string. ' \(A\) ' is held and \(B\) is in static equilibrium. Now \(A\) is released. The acceleration of \(A\) just after that instant is ' \(a\) '. In the next case, \(B\) is held and \(A\) is in static equilibrium. Now when \(B\) is released, its acceleration immediately after the release is ' \(b\) '. The value of \(a / b\) is:
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