Three different liquids are filled in a U-tube as shown in figure. Their densities are `rho_(1), rho_(2)` and `rho_(3)` respectively. From the figure we may conclude that

Three liquids of equal masses are taken in three identical cubical vessels A, B and C. Their densities are rho_(A), rho_(B) " and " rho_(C ) respectively but rho_(A) lt rho_(B) lt rho_(C ) . The force exerted by the liquid on the base of the cubical vessel is

Three liquids of equal masses are taken in three identical cubical vessels A, B and C. Their densities are rho_(A), rho_(B) " and " rho_(C ) respectively but rho_(A) lt rho_(B) lt rho_(C ) . The force exerted by the liquid on the base of the cubical vessel is

There are three different liquids, with densities rho_(1),rho_(2) and rho_(3) in a U-shaped container as shown in the picture the lengths shown are H_(1)=15cm and H_(2)=10cm which of the following equations gives the correct relation between the densities of the fluids in the container?

There are three different liquids, with densities rho_(1),rho_(2) and rho_(3) in a U-shaped container as shown in the picture the lengths shown are H_(1)=15cm and H_(2)=10cm which of the following equations gives the correct relation between the densities of the fluids in the container?

Find out pressures at point A and B . Also find angle theta . A zig zag tube open at n , having liquis of densities rho_(1), rho_(2) and rho_(3) is placed in a vertical plane as shown in figure. (The pressue at M is equal to atmospheric pressure).