Two liquids at temperature `60^@ C` and `20^@ C` respectively have masses in the ratio `3:4` their specific heat in the ratio `4:5`. If the two liquids are mixed, the resulatant temperature is.

Two liquids at temperature 60^@ C and 20^@ C respectively have masses in the ratio 3:4 their specific heat in the ratio 4:5 . If the two liquids are mixed, the resultant temperature is.

Two liquids at temperatures 60^(@)Cand20^(@)C respectively have masses in the ratio 3 : 4 and their specific heats in the ratio 4 : 5. If the two liquids are mixed, the resultant temperature is

The liquids at temperature 60^(@)C and 30^(@)C respectively have masses in the ratio 3:4 and their specific heats in the ratio 4:5. The the two liquids are mixed , the resultant temperature is

Two liquids A and B are at temperatures of 75^@ C and 150^@ C respectively. Their masses are in the ratio of 2 : 3 and specific heats are in the ratio 3 : 4 . The resultant temperature of the mixture, when the above liquids, are mixed (Neglect the water equivalent of container) is

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