IN MATLAB FORM PLEASE

A rocket is going vertically up and expels fuel at a velocity (u) 2000 m/s at a consumption rate (q) of 2100 kg/s. The initial mass of the rocket (mo) is 140,000 kg. Applying Newton's second law of motion one can obtain the following equation relating the distance with time. dx gt dt m - 91 If the rocket starts from rest at t=0 seconds, calculate the vertical distance covered by the rocket from t = 8 to 1 = 30 seconds, taking g = 9.8 m/s?. = u In A rocket is going vertically up and expels fuel at a velocity (u) 2000 m/s at a consumption rate (q) of 2100 kg/s. The initial mass of the rocket (mo) is 140,000 kg. Applying Newton's second law of motion one can obtain the following equation relating the distance with time. dx gt dt m - 91 If the rocket starts from rest at t=0 seconds, calculate the vertical distance covered by the rocket from t = 8 to 1 = 30 seconds, taking g = 9.8 m/s?. = u In