Water flows along the horizontal pipe of which the cross-section is not uniform. The pressure is `30 mm`. Of Hg where the velocity is `0.20 ms^(-1)`. Find the pressure at a point where the velocity is `1.20 ms^(-1)`.

Water flow along a horizontal pipe of which the cross sections are not constant. The pressure is 1 cm of mercury where the velocity is 0.35m/s find the pressure at a point where the velocity is 65 cm/s

Water is flowing through a horizontal pipe of irregular cross section . If the pressure at a point where the velocity is 0.2ms^(-1) is 30 mm Hg , what will be the pressure at a point where the velocity is 1.2ms^(-1) ? (Density of mercury =13.6gcm^(-3),g=1000cms^(-2) , Density of water =1gcm^(-3))

Water flows along horizontal pipe whose cross-section is not constant. The pressure is 1 cm of Hg, where the velocity is 35 cm/s . At a point where the velocity is 65cm/s then pressure will be

Water flows along horizontal pipe whose cross-section is not constant. The pressure is 1 cm of Hg, where the veloecity is 35 cm/s . At a point where the velocity is 65cm/s then pressure will be

Water flows along horizontal pipe whose cross-section is not constant. The pressureis 1 cam of Hg, where the veloecity is 35 cm/s . At a point where the velocity is 65cm/s then pressure will be

Water is flowing through a horizontal pipe of varying cross-section. If the pressure of water equals 2 cm of Hg where velocity of flow is 32 cms^(-1) , what is the pressure at another point where the velocity of flow is 40 cms^(-1) ?

Water flows steadily through a horizontal pipe of a variable cross-section. If the pressure of water is p at a point where the velocity of flow is v, what is the pressure at another point where the velocity of flow is 2v, rho being the density of water?

It water flows horizontally through a pipe of varying cross section and the pressure of water equals 10 cm of g at a point where the velocity of flow is 40 cm//s , what is the pressure at another point where the velocity of flow is 50 cm//s ?