A jet of water hits a flat stationary plate perpendicular to its motion. The jet ejects `500g` of water per second with a speed of `1m//s`. Assuming that after striking, the water flows parallel to the plate, then the force exerted on the plate is

Water jet issues water from a nozzle of 2 cm^(2) cross-section with velocity 30 cm/s and strikes a plane surface placed at right angles to the jet. The force exerted on the plane is

A jet is releasing water at the rate of 6 kg/see with speed of 4 m/sec. Now this water strikes a block of mass 10 kg. find the force exerted on block & its acceleration ?

A jet is releasing water at the rate of 6 kg/see with speed of 4 m/sec. Now this water strikes a block of mass 10 kg. find the force exerted on block & its acceleration ?

A jet is releasing water at the rate of 6 kg/see with speed of 4 m/sec. Now this water strikes a block of mass 10 kg. find the force exerted on block & its acceleration ?

The horizontal speed of a jet of water is 100 cm/sec and 50 cm^3 of water hits the plate each second. Assume that the water moves parallel to the plate after striking it. The force exerted on the stationary plate if it is held perpendicular to the jet of water is :

A flat plate moves normally towards a discharging jet of water at the rate of 3 m//s . The jet discharges the water at the rate of 0.1 m^(3)//s and at the speed of 18 m//s . The force exerted on the plate due to the jet is