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Ideal Gas Equation

In Carnot cyc...

Question

In Carnot cycle constant heat addition takes place at which process ?

Adiabatic

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Isothermal

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Polytropic

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None of these

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Solution

The correct option is B Isothermal
The Carnot cycle consists of the following four processes:

A reversible isothermal gas expansion process. In this process, the ideal gas in the system absorbs qin amount heat from a heat source at a high temperature Th, expands and does work on surroundings.
A reversible adiabatic gas expansion process. In this process, the system is thermally insulated. The gas continues to expand and do work on surroundings, which causes the system to cool to a lower temperature, Tl.
A reversible isothermal gas compression process. In this process, surroundings do work to the gas at Tl, and causes a loss of heat, qout.
A reversible adiabatic gas compression process. In this process, the system is thermally insulated. Surroundings continue to do work to the gas, which causes the temperature to rise back to Th.
In Carnot cycle constant heat addition takes place at which process isothermal

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Similar questions

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In carnot cycle heat removal takes place at constant pressure?

Q. State whether true or false :

In Carnot cycle there are total 4 processes which takes place?

Q. Three processes form a thermodynamic cycle as shown on

P - V

diagram for an ideal gas. Process

1 \to 2

takes place at constant temperature

(300 K)

. Process

2 \to 3

takes place at constant volume. During this process

40 J

of heat leaves the system. Process

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is adiabatic and temperature

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A power plant working on Carnot cycle has heat addition at $1000^{\circ} C$ and the cycle is repeated 1100 times per minute. The compression ratio is 10. The work produced is 475 kW.

The amount of heat supplied per cycle is ____ kJ/cycle.

Q. Three processes form a thermodynamic cycle as shown on P - V diagram for an ideal gas.
Process

1 \to 2

takes place at constant temperature

300 K

.
Process

2 \to 3

takes place at constant volume.
During this process

40 J

of heat leaves the system.
Process

3 \to 1

is adiabatic and temperature

T_{3}

275 K

.
Work done by the gas during the process

3 \to 1

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