A rocket is going upwards with accelerated motion A man sitting in the rocket feels his weight becomes 5 times If mass of rocket inculding that of the man is `0.1 xx 10^(4)kg` how much force is beigh applied by rocket engine? Take `g = 10m//s^(2)` .

A rocket is going upward with acceleration motion. A man sitting in it feels his weight increased 5 times his own weight. If the mass of the rocket including that of the man is 1.0xx10^(4)kg , how much force is being applied by rocket engine? (Take g = 10 ms^(-2)) .

A rocket is going upward with acceleration motion. A man string in it feels his weight increased 5 time his own weight. If the mass of the rocket including that of the man is 1.0xx10^(4)kg , how much force is being applied by rocket engine? (Take g=10ms^(-2)) .

A man of weight mg is moving upwards in a rocket with acceleration of 4 g. His apparent weight inside the rocket will be:

A rocket is fired upwards such that its engine takes 10 s to explods fully. Its velocity- time graph is as shown in the figure. Acceleration due to gravity is 10m//s^(2) . The maximum height attained by the rocket is

A rocket is fired upwards such that its engine takes 10 s to explods fully. Its velocity- time graph is as shown in the figure. Acceleration due to gravity is 10m//s^(2) . The maximum height attained by the rocket is

A rocket is fired upwards such that its engine takes 10 s to explods fully. Its velocity- time graph is as shown in the figure. Acceleration due to gravity is 10m//s^(2) . The height reached by the rocket till its engine explodes is

A rocket is fired upwards such that its engine takes 10 s to explods fully. Its velocity- time graph is as shown in the figure. Acceleration due to gravity is 10m//s^(2) . The height reached by the rocket till its engine explodes is

A rocket is moving with constant acceleration 6. Assume external forces on it to be zero. Exhaust gases escape with velocity u relative to the rocket. Find how its mass changes with time if its initial mass is m_0 .