Three liquids having densities `rho_(1),rho_(2), rho_(3)` are filled in a `U`-tube. Length of each liquid column is equal to `I`, `rho_(1)gtrho_(2)gtrho_(3)` and liquids remain at rest (relative to the tube) in the position shown in the figure. It is possible that

A rectangular tube of uniform cross section has three liquids of densities rho_(1), rho_(2) and rho_(3) . Each liquid column has length l equal to length of sides of the equilateral triangle. Find the length x of the liquid of density rho_(1) in the horizontal limb of the tube, if the triangular tube is kept in the vertical plane.

A rectangular tube of uniform cross section has three liquids of densities rho_(1), rho_(2) and rho_(3) . Each liquid column has length l equal to length of sides of the equilateral triangle. Find the length x of the liquid of density rho_(1) in the horizontal limb of the tube, if the triangular tube is kept in the vertical plane.

A jar filled with two non-mixing liquid 1 and 2 having densities rho_(1) and rho_(2) respectively. A solid ball, made of a material of density rho_(3) is dropped in the jar. It come to equilibrium in the position shown in the figure. Which of the following is true for rho_(1),rho_(2) and rho_(3) ?

A jar filled with two non-mixing liquid 1 and 2 having densities rho_(1) and rho_(2) respectively. A solid ball, made of a material of density rho_(3) is dropped in the jar. It come to equilibrium in the position shown in the figure. Which of the following is true for rho_(1),rho_(2) and rho_(3) ?