Two liquid A and B are at `32^@C` and `24^@C`. When mixed in equal masses the temperature of the mixture is found to be `28^@C`. Their specific heats are in the ratio of

Two liquidsAand B are at 32^@C and 24^@C , when mixed in equal masses the temperature of the mixture is found to be 28^@C . Their specific heats are in the ratio of

Two liquids A and B are at 36C and 24C .When mixed in equal masses, the temperature of the mixture is found to be 28C .Their specific heats are in ratio of

Liquids A and B are at 30"^(@)C and 20"^(@)C .When mixed in eqaul masses the temperature of the mixture is found to be 26"^(@)C their specific heats are in the ratio of (1)3:2 (2)1:1 (3)2:3 (4)4:3

Liquids A and B are at 30^(@) C and 20^(@) C, respectively. When mixed in equal masses,the temperature of the mixture is found to be 26^(@) C, The specific heats of A and B are in the ratio of m:n , where m and n are integers, then find minimum value of m+n .

Liquids A and B are at 30^(@) C and 20^(@) C, respectively. When mixed in equal masses,the temperature of the mixture is found to be 26^(@) C, The specific heats of A and B are in the ratio of m:n , where m and n are integers, then find minimum value of m+n .

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