360891 An open water barrel stands on a table of height \(h\). If a small hole is punched in the side of the barrel at its base, it is found that the stream of the water strikes the ground at a horizontal distance \(R\) from the barrel. The depth of water in the barrel is

360892 A cylindrical tank has cross sectional area \(A\). There is an orifice at the bottom of area ' \(a\) '. There is a constant in flow of water into the tank at a rate ' \(Q\) ' through another pipe. Then the equilibrium height of water in the tank is

360893 When air of density \({1.3 {~kg} / {m}^{3}}\) flows across the top of the tube shown in the accompanying figure, water rises in the tube to a height of \(1.0\,cm\). The speed of the air is

360894 The venturi-meter works on:

360891 An open water barrel stands on a table of height \(h\). If a small hole is punched in the side of the barrel at its base, it is found that the stream of the water strikes the ground at a horizontal distance \(R\) from the barrel. The depth of water in the barrel is

360892 A cylindrical tank has cross sectional area \(A\). There is an orifice at the bottom of area ' \(a\) '. There is a constant in flow of water into the tank at a rate ' \(Q\) ' through another pipe. Then the equilibrium height of water in the tank is

360893 When air of density \({1.3 {~kg} / {m}^{3}}\) flows across the top of the tube shown in the accompanying figure, water rises in the tube to a height of \(1.0\,cm\). The speed of the air is

360894 The venturi-meter works on:

360891 An open water barrel stands on a table of height \(h\). If a small hole is punched in the side of the barrel at its base, it is found that the stream of the water strikes the ground at a horizontal distance \(R\) from the barrel. The depth of water in the barrel is

360892 A cylindrical tank has cross sectional area \(A\). There is an orifice at the bottom of area ' \(a\) '. There is a constant in flow of water into the tank at a rate ' \(Q\) ' through another pipe. Then the equilibrium height of water in the tank is

360893 When air of density \({1.3 {~kg} / {m}^{3}}\) flows across the top of the tube shown in the accompanying figure, water rises in the tube to a height of \(1.0\,cm\). The speed of the air is

360894 The venturi-meter works on:

360891 An open water barrel stands on a table of height \(h\). If a small hole is punched in the side of the barrel at its base, it is found that the stream of the water strikes the ground at a horizontal distance \(R\) from the barrel. The depth of water in the barrel is

360892 A cylindrical tank has cross sectional area \(A\). There is an orifice at the bottom of area ' \(a\) '. There is a constant in flow of water into the tank at a rate ' \(Q\) ' through another pipe. Then the equilibrium height of water in the tank is

360893 When air of density \({1.3 {~kg} / {m}^{3}}\) flows across the top of the tube shown in the accompanying figure, water rises in the tube to a height of \(1.0\,cm\). The speed of the air is

360894 The venturi-meter works on: