Find the velocity of efflux of water from an oriffice near the bottom of a tank in which pressure is `500 gf//sq` cm above atmosphere.

Calculate the velocity of efflux of kerosene form a tank in which the pressure is 4xx10^(5)"N m"^(-2) above the atmospheric pressure. The density of kerosene is 800 "kg m"^(-3) [Hint: v=sqrt(2gh) ]

Calculate the speed of efflux of kerosene oil from an orifice of a tank in which pressure is 4 atmosphere. Density of kerosene oil = 0.72 kg /lite.

A container is filled with water , accelerating with acceleration 10 m//s^(2) , long + ve X - axis on a smooth horizontal surface . The velocity of efflux of water at a point P t the bottom of the tank and near its left most corner is

A container is filled with water , accelerating with acceleration 10 m//s^(2) , along + ve X - axis on a smooth horizontal surface . The velocity of efflux of water at a point P t the bottom of the tank and near its left most corner is

Find the velocity of a liquid density 800kg//m^3 from a tank in which the pressure of the liquid at the orifice is 480 N//m^3 above the atmospheric pressure.

Calcualate speed of effux of kerosene from an orifice of a tank in which in the tank if therre contaning water has an orifice of an tank in which pressure is 4 atmosphere .Density of kerosene is 0.72 kg per litre .One atmosphere =1 kg f cm^(-2) .

A cylinder of height 20 m is completely filled with water. The velocity of efflux of water through a hole on the side wall of the cylinder near its bottom is (Take g=10 m s^(-2) )

A cylinder of height 20 m is completely filled with water. The velocity of efflux of water through a hole on the side wall of the cylinder near its bottom is (Take g=10 m s^(-2) )

A cylinder of height 20 m is completely filled with water. The velocity of efflux of water through a hole on the side wall of the cylinder near its bottom is (Take g=10 m s^(-2) )

A rectangular tank is placed on a horizontal ground and is filled with water to a height H above the base. A small hole is made on one vertical side at a depth D below the level of the water in the tank. The distance x from the bottom of the tank at which the water jet from the tank will hit the ground is