is the relation F=ma is applicable to the motion of rocket
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The relation certainly holds for the motion of a rocket. ... As you applythrust, you are accelerating the rocketforward, so in the classic sense, thef=ma ewuiation definitely holds. But you are using you mass to accelerate the rocket, so now you have to somehow take into account masstransfer that causes your thrust.
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Dear mate,
Here's your answer...
When rocket goes upside its mass decreases continuously as per its height, you know that in the upper layers of atmosphere mass of a decrease. In cases of F = ma mass should be constant not variable so the relation F = ma is not applicable for the motion of rocket.
Hope it helps you !!
Here's your answer...
When rocket goes upside its mass decreases continuously as per its height, you know that in the upper layers of atmosphere mass of a decrease. In cases of F = ma mass should be constant not variable so the relation F = ma is not applicable for the motion of rocket.
Hope it helps you !!
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