An elevator and its load weigh a total of `800kg` Find the tension `T` in the supporting cable when the elevator originally moving downwards at `20m//s` is brought to rest with constant retardation in a distnce of `50m`.

An elevator and its load weigh a total of 166 kg. Find the tension T in the supporting cable when the elevator, originally moving downwards at 20m//s is brought to rest with constant acceleration in a distance of 50 m.

An elevator and its load weigh a total of 1600 kg. Find the tension T in the supporting cable when the elevator, originally moving downward at 20 m/s is brought to rest with constant acceleration in a distance of 50 m.

An elevator and its load wiegh a total of 1600 lb. Find the tension T in the supporting cable when the elevator, originally moving downwards at 20 ft/s is brought to rest with constant acceleration in a distance of 50 ft.

An elevator and its load have a total mass of 800 kg. If the elevator, originally moving downwards at 10 ms^(-1) , is brought to rest with constant deceleration in a distance of 25 m, the tension in the supporting canble will be ( g=10 ms^(-2) )

An elevator weighs 4000kg When the upward tension in the supporting cable is 48000 N what is the upward acceleration? Starting from rest, how far does it rise in 3 seconds ?

An elevator weighing 5000 kg is moving upward and tension in the supporting cable is 5000 N . Find upward acceleration . Starting from rest , how far does it rise in 10 secound ?

A car starts form rest and accelerates uniformly for 10 s to a velocity of 8 ms ^(-1) . It then runs at a constant velocity an dis finally brought to rest in 64 m with a constant retardation. The totla distance covered by the car is 584 m Find the value of acceleration, retardation, and totl time taken.

A car starts from rest and accelerates uniformly for 20 seconds to a velocity of 72 km h^(–1) . It then runs at constant velocity and finally brought to rest in 200 m with a constant retardation. The total distance covered is 600 m. Find the acceleration, retardation and the total time taken.