An aeroplane requires for take off a speed of `80 km//h` the run on the ground being 100 m The mass of aeroplane is `10^(4)` kg and ground is 0.2 What is the maximum force required by the engine of the plane for take off ?

An aeroplane requires for take off a speed of 108 kmph the run on the ground being 100m mass of the plane is 10^(4)kg and the coefficinet of friction between the plane and the ground is 0.2 . Assuming the plane accelerates uniformly the minimum force required is (g =10ms^(-2)) .

An aeroplane of mass M requires a speed v for take off. The length of runway is s and the coefficient of friction between the tyres and the ground is mu . Assuming that the plane accelerates uniformly during the take-off, the minimum force required by the engine of the plane for take off is:

An aeroplane requires a speed of 72 kmph for a take off with 150m run on the ground. The mass of the plane is 1500kg and the coefficient of friction between the aeroplane and the ground is 0.4. Assuming that the aeroplane acceleration uniformly during take off, find the minimum force exerted by the engine of the aeroplane for take off.