A rectangular tank is `225 m\ ` by `162 m` at the base. With what speed must water flow into it through and aperture `60 c m\ b y\ 45 c m` that the level may be raised `20 c m` in `5\ hou r s ?`

A rectangular tank is 225 m by 162 m at the base. With what speed must water flow into it through and aperture 60cm by 45cm that the level may be raised 20cm in 5 hours.?

A rectangular reservoir is 120 m long and 75\ m wide. At what speed per hour must water flow into it through a square pipe of 20 c m wide so that the water rises by 2. 4\ m\ in\ 18\ hou r sdot

A rectangular reservoir is 120 m and 75 m wide. At what speed per hour must water flow into it through a square pipe of 20 c m wide so that the water rises by 2. 4m in 18 hours?

A rectangular tank is 80m long and 25m broad. Water flows into it through a pipe whose cross-section is 25 c m^2, at the rate of 16km per hour. How much the level of the water rises in the tank in 45 minutes.

A rectangular water reservoir contains 105\ m^3 of water. Find the depth of the water in the reservoir if its base measures 12m by 3.5m.

A rectangular tank is 25m long and 9.5m deep. If 600 cubic metres of water be drawn off the tank, the level of water in the tank goes down by 1.5m. Calculate : the width of the tank

A water tank is constructed on the top of a building. With what speed will the water come out of a tap 6.0 m below the water level in the tank? Assume steady flow and that the pressure above the water level is equal to the atmospheric pressure

Water is flowing through a channel that is 12 m wide with a speed of 0.75m/s. the water then flows into four identical channels that have a width of 4.0 m the depth of the water does not change as it flows into the four channels. What is the speed of the water in one of the smaller channels?

A rectangular water tank of base 11 m xx 6m contains water upto a height of 5 m. If the water in the tank is transferred to a cylindrical tank of radius 3.5 m, find the height of the water level in the tank.

A rectangular tank is 25m long and 9.5m deep. If 600 cubic metres of water be drawn off the tank, the level of water in the tank goes down by 1.5m. Calculate : the total volume of water which the tank can hold