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A small block of mass m is placed on a wedge of mass M as shown, which is I initially at rest. All the surfaces are frictionless. The spring attached to the end end of wedge has force constant K. If a` is the acceleration of m relative to the wegde as it starts coming down and A is the acceleration acquired by the wedge as the block starts coming down, then the maximum velocity of M is:A) √2ghB) √(2mgh/(m+M))C)√(2m²gh/(mM+M²))D) None

A small block of mass m is placed on a wedge of mass M as shown, which is I initially at rest. All the surfaces are frictionless. The spring attached to the end end of wedge has force constant K. If a` is the acceleration of m relative to the wegde as it starts coming down and A is the acceleration acquired by the wedge as the block starts coming down, then the maximum velocity of M is:A) √2ghB) √(2mgh/(m+M))C)√(2m²gh/(mM+M²))D) None

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