Three identical vessels are filled with equal masses of three different liquids `A,B` and `C(rho_(A) gt rho_(B) gt rho_(C))`. The pressure at the base will be

Three identical vessels are filled to the same height with three different liquids A, B and C(rho_(A) gt rho_(B) gt rho_(C)) . The pressure at the base will be

Three identical vessels are filled to the same height with three different liquids A, B and C(rho_(A) gt rho_(B) gt rho_(C)) . The pressure at the base will be

Three identical vessels are filled with equal masses of three different liquids A, B and C. The pressure at the base will be

Equal mass of three liquids are kept in three identical cylindrical vessels A, B and C. The densities are rho_A, rho_B, rho_C With rho_A lt rho_B lt rho_C . The force on the base will be

Assertion: Two identical spherical spheres are half filled with two liquids of densities rho_(1) and rho_(2) (gt rho_(1)) . The center of mass of both the spheres lie at same level. Reason: The center of mass will lie at center of the sphere.

Assertion: Two identical spherical spheres are half filled with two liquids of densities rho_(1) and rho_(2) (gt rho_(1)) . The center of mass of both the spheres lie at same level. Reason: The center of mass will lie at center of the sphere.

Equal mass of three liquids are kept in three identical cuylindricasl vessels A, B and C. the densities are rho_A, rho_B, rho_C with rho_Altrho_Bltrho_C . The force on the base will be

Equal mass of three liquids are kept in three identical cylindrical vessels A, B and C. the densities are rho_A, rho_B, rho_C with rho_Altrho_Bltrho_C . The force on the base will be