Home
Class 11
PHYSICS
A heat engine operating between 40 C^@ a...

A heat engine operating between `40 C^@` and `380 C^@` has an efficiency `60%` of that of a Carnot engine operating between the same temperatures. If the engine absorbs heat at a rate of 60kW, at what rate does it exhaust heat (in kW)?

Promotional Banner

Similar Questions

Explore conceptually related problems

The efficiency of a Carnot engine operating between temperatures of 100^(@)C and -23^(@)C will be

Calculate the efficiency of a carnot engine working between the two temperatures: 30^(@)Cand 100^(@)C

A Carnot engine operates between 200^(@)C and 20^(@)C . Its maximum possible efficiency is:

Calculate the maximum efficiency of an engine operating between 110^(@)C and 25^(@)C .

A carnot engine operates between temperature 600 K and 300 K . It absorbs 100 J from the source. Calculate the heat transferred to the sink.

An ideal Carnot's engine works between 227^(@)C and 57^(@)C . The efficiency of the engine will be

A heat engine works between source and sink temperatures 150°C and 30°C respectively.The efficiency of heat engine may be

If the efficiency of a carnot engine is eta ,then the coefficient of performance of a heat pump working between the same temperatures will be

In a carnot engine, when heat is absorbed from the source, its temperature

If a Carnot engine works between 127^@C and 727^@C , then its efficiency is