> Q. A body of mass ‘m’ is dropped and another body of mass M is projected,vertically up with speed ‘u’ simultaneously from the top of a tower of height H . If the body reaches the heightst point before the dropped body reaches the ground, then maximum height raised by the center of mass of the system from ground is – LIVE ANSWER TODAY

Q. A body of mass ‘m’ is dropped and another body of mass M is projected,vertically up with speed ‘u’ simultaneously from the top of a tower of height H . If the body reaches the heightst point before the dropped body reaches the ground, then maximum height raised by the center of mass of the system from ground is

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A body of mass ‘m’ is dropped and another body of mass M is projected,vertically up with speed ‘u’ simultaneously from the top of a tower of height H . If the body reaches the heightst point before the dropped body reaches the ground, then maximum height raised by the center of mass of the system from ground is

Solution:

$H + frac{(u_{cm})^2}{2g}$

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