The efficiency of a carnot cycle is `1//6` . On decreasing the tempertaure of the sink by `65^(@)C`, the efficiency increases to `1//3` .Calculate the tempretaure of source and sink .

The efficiency of a carnot cycle is 1/8 On decreasing the temperature of the sink by 65^(@) C, the efficiency increases to 1/3 . Calculate the temperature of source (in C^(@)

The efficiency of a Carbot's heat engine is 0.25 . If on reducing the temperature of the sink by 50^(@)C , the efficiency increase, 0.35 , then calculate the temperature of the source and sink.

The efficiency of a carnot cycle is 1/6. If on reducing the temperature of the sink by 65^@C , the efficiency becomes 1/3. If final temperature of the sink is N times 65K then .N. is equal to

The efficiency of a Carnot cycle is 1//6 . If on reducing the temperature of the sink by 65^@C , the efficiency becomes 1//3 , find the source and sink temperatures between which the cycle is working.

The efficiency of a Carnot cycle is 1//6 . If on reducing the temperature of the sink by 65^@C , the efficiency becomes 1//3 , find the source and sink temperatures between which the cycle is working.

The efficiency of a Carnot cycle is 1//6 . By lowering the temperature of sink by 65 K , it increases to 1//3 . The initial and final temperature of the sink are

Thermodynamics deals with the concept of heat and the exchange of heat energy. The efficiency of a Carnot engine is 1/6 .If on reducing the temperature of sink by 65°C .Its efficiency becomes 1/3 .Find the temperature of the sink and the source.

The efficiency of a carnot engine is (1)/(6) . If the temperature of the sink is reduced by 62 K, the efficiency becomes (1)/(3) . The temperature of the source and the sink in the first case are respectively.