An engine of mass `6.5` metric ton is going up an incline of 5 in 13 at the rate of `9km//h` Calculate the power of the engine if `mu = 1//2` and `g = 9.8m//s^(2)`.

An engine of weight 6.5 metric ton is going up an inclined plane of 5 in 13 at the rate of 9km//h . If the coefficient of friction is (1)/(120 . Calculate the power of the engine. Take g=9.8m//s^(2)

An engine of mass 500kg is going up an inclined plane,3 in 5 at the rate of 36kmph.If the co-efficient of friction is 0.5.The power of engine is

A car weighting 1120 kg is going up an incline of 1 in 56 at the rate of 20 m in 2s. Find the power of the engine if frictional force is 64 N.

A car weighing 1120kg is going up an incline of 1 in 56 at the rate of 20m in 2s . Find the power of the engine if frictional force is 64N .

An engine of one metric ton is going up an inclined plane of slope 1 in 2 at the rate of 36km h^(-1) If the coefficient of friction is 1//sqrt3 calculate the power of the engine in k W .

Calculate the power of an engine , which can just pull a train of mass 5000 quintals up an incline of 1 in 50 at the rate of 54 km//h . The resistance due to friction is 0.8 N //"quintal" . Take g = 9.8 m//s^(2) .

An engine draws a train up an incline of 1 in 100 at the rate 36km//h If the resistance due to friction is 5kg per metric ton calculate the power of the engine given mass of train and engine is 100 metic ton .

A train of mass 100 metric tons is drawn up an incline of 1 in 49 at the rate of 36 kph by a engine. If the resistance due to friction be 10N per metric ton, calculate the power of the engine if the steam is shut off, how far will the train move before it comes to rest ?

Calculate the power of an engine which can pull a train of mass 25000 quintal up an incline of 1 in 100 at the rate of 10.8km//h Resistance due to friction is 2N//"guintal" .

A car weighing 1000 kg is going up an incline with a slope of 2 in 25 at a steady speed of 18 kmph . If g = 10 ms^(-2) , the power of its engine is