Find the mass (m) of the rocket as a function of time, if it moves with a constant acceleration a in the absence of external force. The gas escapes with a constant velocity u relative to the rocket and its initial mass was m0.

Find the mass (m) of the rocket as a function of time, if it moves wit

1.	Find the mass (m) of the rocket as a function of time, if it moves with a constant acceleration a in the absence of external force. The gas escapes with a constant velocity u relative to the rocket and its initial mass was m0.
Answer» Find the mass $(m)$ of the rocket as a function of time, if it moves with a constant acceleration $a$ in the absence of external force. The gas escapes with a constant velocity $u$ relative to the rocket and its initial mass was $m_{0}$ .

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Find the mass (m) of the rocket as a function of time, if it moves with a constant acceleration a in the absence of external force. The gas escapes with a constant velocity u relative to the rocket and its initial mass was m0.

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