The (W/Q) fo a Carnot engine is 1/6. Now the temperature of sink is reduced by `62^@C`, then this ratio becomes twice, therefore the initial temperatureof the sink and source are respectively

The (W/Q) for a Carnot engine is 1/6. Now the temperature of sink is reduced by 62^@C , then this ratio becomes twice, therefore the initial temperatureof the sink and source are respectively

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.

A Carnot engine has an efficiency of 1//6 . When the temperature of the sink is reduced by 62^(@)C , its efficiency is doubled. The temperature of the source and the sink are, respectively.

The efficiency of heat engine is 1/6 when the temperature of sink is reduced by 62^0 C the efficiency doubles. What is the temperature of source?

If the temperature of the sink of a Carnot engine having an efficiency (1)/( 6) is reduced by 62^(@)C , then its efficiency is doubled. Find the temperature of the sink and source respectively.

If the temperature of the sink of a Carnot engine having an efficiency (1)/( 6) is reduced by 62^(@)C , then its efficiency is doubled. Find the temperature of the sink and source respectively.

The efficiency of a Carnot engine is 1/2. If the sink temperature is reduced by 100^@ C , then engine efficiency becomes 2/3. Find the source temperature and sink temperature.