Three liquids with masses `m_(1),m_(2),m_(3)` are thoroughly mixed. If their specific heats are `c_(1),c_(2),c_(3)` and their temperatures `T_(1),T_(2),T_(3)` respectively, then the temperature of the mixture is

Three liquids with masses m_1 , m_2 , m_3 are throughly mixed. If their specific heats are c_1 , c_2 , c_3 and their temperature T_1 , T_2 , T_3 , respectively, then the temperature of the mixture is

Equal masses of three liquids are thoroughly mixed. The specific heat capacities of the liquids ar s_(1), s_(2) and s_(3) and their temperatures t_(1), t_(2) and t_(3) respectively. Find the temperature of the mixture.

Equal volumes of three liquids of densities rho_1 , rho_2 and rho_3 , specific heat capacities c_1,c_2 and c_3 and temperatures t_1,t_2 and t_3 , respectively are mixed together. What is the temperature of the mixture? Assume no changes in volume on mixing.

Temperature T_(1) and T_(3) represents respectively:

Three perfect gases at absolute temperature T_(1), T_(2) and T_(3) are mixed. The masses f molecules are m_(1), m_(2) and m_(3) and the number of molecules are n_(1), n_(2) and n_(3) respectively. Assuming no loss of energy, the final temperature of the mixture is

Three isothermal plots (P versus V) A, B and C are plotted at three temperature T_(1), T_(2) and T_(3) respectively The correct order of the temperature will be

The specific heat capacities of n liquid are s_(1),s_(2),s_(3) ,…….. s_(n) respectively and their respective temperatures t_(1),t_(2), t_(3) ,…….t_(n) . Equal masses of the liquids are mixed together. Find the temperature of the mixture.

Two perfect gases having masses m_(1)andm_(2) at temperatures T_(1)andT_(2) respectively are mixed without any loss of energy. If the molecular weights of the gas are M_(1)andM_(2) respectively, then the final temperature of the mixture is

Two liquids of masses m and 5 m at temperatures 3 theta, 4 theta are mixed, If their specific heats are 2S,3S respectively, the resultant temperature of mixture is