A carnot engine operates between `227^(@)C and 127^(@)C`. It absorbs 80 kilocalories of heat from the source. What is the work done in joule ?

A Carnot's engine woeking between 27^(@)C and 127^(@)C takes up 800 J of heat from the reservoir in one cycle. What is the work done by the engine

A carnot engine operates between 227^@C and 127^@C . If it absorbs 60 xx 10^4 calorie at higher temperature, how much work per cycle can the engine perform?

If a carnot engine works between 127^(@)C and 527^(@)C then its efficiency is

If a carnot engine works between 127^(@)C and 527^(@)C then its efficiency is

If a carnot engine operators between 27^@C and 127^@C then it’s efficiency is_____.

An ideal heat engine operates between 177^@C and 27^@C If this engine takes 5xx10^5 Joule of heat from the source, how much work does it perform?

A heat engine operating between 227^(@)C and 77^(@)C absorbs 10 kcal of heat from the 227^(@)C reservoir reversibly per cycle. Calculate total work done (in kcal) in two cycles.

A heat engine operating between 227^(@)C and 77^(@)C absorbs 10 kcal of heat from the 227^(@)C reservoir reversibly per cycle. Calculate total work done (in kcal) in two cycles.