A spring is loaded with two blocks m_(1) and m_(2) where m_(1) is rigidly fixed with the spring and m_(2) is just kept on the block m_(1) as shown in the figure. The maximum energy of oscillation that is possible for the system having the block m_(2) in constact with m_(1) is

A spring is loaded with two blocks m_(1) and m_(2) where m_(1) is rigi

1.	A spring is loaded with two blocks m_(1) and m_(2) where m_(1) is rigidly fixed with the spring and m_(2) is just kept on the block m_(1) as shown in the figure. The maximum energy of oscillation that is possible for the system having the block m_(2) in constact with m_(1) is
Answer» `(m_(1)^(2) G^(2))/(2K)` `(m_(2)^(2) g^(2))/(2k)` `((m_(1) + m_(2))^(2) g^(2))/(2k)` none of these Answer :C

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A spring is loaded with two blocks m_(1) and m_(2) where m_(1) is rigidly fixed with the spring and m_(2) is just kept on the block m_(1) as shown in the figure. The maximum energy of oscillation that is possible for the system having the block m_(2) in constact with m_(1) is

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