Three liquids `A,B` and `C` of masses `400 gm, 600 gm` and `800 gm` are at `30^@C, 40^@C` and `50^@C` respectively. When `A` and `B` are mixed resultant temperature is `36^@C` when `B` and `C` are mixed resultant temperature is `44^@C` Then ration of their specific heats are

Three liquids A, B and C of masses 400g, 600g and 800g are at 30^(@)C,40^(@)Cand50^(@)C respectively. When ‘A’ and 'B' are mixed resultant temperature is 36^(@)C . When B and C are mixed resultant temperature is 44^(@)C . Then ratio of their specific heats are

Equal masses of three liquids A,B and C are taken. Their initial temperature are 10^@C,25^@C and 40^@C respectively. When A and B are mixed the temperature of the mixutre is 19^@C . When B and C are mixed, the temperature of the mixture is 35^@C . Find the temperature if all three are mixed.

Equal masses of three liquids A,B and C are taken. Their initial temperature are 10^@C,25^@C and 40^@C respectively. When A and B are mixed the temperature of the mixutre is 19^@C . When B and C are mixed, the temperature of the mixture is 35^@C . Find the temperature if all three are mixed.

Equal masses of 3 liquids A,B and C have temperatures 10^@C, 25^@C and 40^@C respectively. If A and B are mixed, the mixture has a temperature of 15^@C . If B and C are mixed, the mixture has a temperature of 30^@ C . If A & C are mixed the temperature of the mixture is

Two liquids A and B are at 30^@C and 20^@C , respectively When they are mixied in equal masses, the temperature of the mixture is found to be 26^@C . The ratio of their specific heat is

Two liquids A and B are at 30^@C and 20^@C , respectively When they are mixied in equal masses, the temperature of the mixture is found to be 26^@C . The ratio of their specific heat is

Two liquids A and B are at 30^@C and 20^@C , respectively When they are mixied in equal masses, the temperature of the mixture is found to be 26^@C . The ratio of their specific heat is