A Isothermal processes are necessarily slow because they require heat transfer to remain at the same temperature as being in thermal equilibrium with a reservoir.
J and K CET- 2000
Thermodynamics
148413
The volume of an ideal diatomic gas is doubled isothermally. The internal energy
1 is doubled
2 is halved
3 is increases four times
4 is remains unchanged
Explanation:
D No change in the internal energy of an ideal gas, but for real gas internal energy increases, because work is done against intermolecular forces. In is isothermal change temperature remain constant. Hence internal energy will not change
UPSEE - 2009
Thermodynamics
148423
Which of the following processes is reversible?
1 Transfer of heat by radiation
2 Electrical heating of a Nichrome wire
3 Transfer of heat by conduction
4 Isothermal compression
Explanation:
D For process to be reversible it must be quasistatic. For quasi static process all change take place infinitely slowly. Isothermal process occur very slowly so it is quasi- static and hence it is reversible.
JIPMER- 2007
Thermodynamics
148426
Isothermal process is the graph between
1 Pressure and Temperature
2 Pressure and Volume
3 Volume and Temperature
4 P,V and Temperature
Explanation:
B Isothermal Process is the graph between Pressure and volume
NEET Test Series from KOTA - 10 Papers In MS WORD
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Thermodynamics
148411
Which of the following is a slow process?
1 Isothermal
2 Adiabatic
3 Isobaric
4 None of these
Explanation:
A Isothermal processes are necessarily slow because they require heat transfer to remain at the same temperature as being in thermal equilibrium with a reservoir.
J and K CET- 2000
Thermodynamics
148413
The volume of an ideal diatomic gas is doubled isothermally. The internal energy
1 is doubled
2 is halved
3 is increases four times
4 is remains unchanged
Explanation:
D No change in the internal energy of an ideal gas, but for real gas internal energy increases, because work is done against intermolecular forces. In is isothermal change temperature remain constant. Hence internal energy will not change
UPSEE - 2009
Thermodynamics
148423
Which of the following processes is reversible?
1 Transfer of heat by radiation
2 Electrical heating of a Nichrome wire
3 Transfer of heat by conduction
4 Isothermal compression
Explanation:
D For process to be reversible it must be quasistatic. For quasi static process all change take place infinitely slowly. Isothermal process occur very slowly so it is quasi- static and hence it is reversible.
JIPMER- 2007
Thermodynamics
148426
Isothermal process is the graph between
1 Pressure and Temperature
2 Pressure and Volume
3 Volume and Temperature
4 P,V and Temperature
Explanation:
B Isothermal Process is the graph between Pressure and volume
A Isothermal processes are necessarily slow because they require heat transfer to remain at the same temperature as being in thermal equilibrium with a reservoir.
J and K CET- 2000
Thermodynamics
148413
The volume of an ideal diatomic gas is doubled isothermally. The internal energy
1 is doubled
2 is halved
3 is increases four times
4 is remains unchanged
Explanation:
D No change in the internal energy of an ideal gas, but for real gas internal energy increases, because work is done against intermolecular forces. In is isothermal change temperature remain constant. Hence internal energy will not change
UPSEE - 2009
Thermodynamics
148423
Which of the following processes is reversible?
1 Transfer of heat by radiation
2 Electrical heating of a Nichrome wire
3 Transfer of heat by conduction
4 Isothermal compression
Explanation:
D For process to be reversible it must be quasistatic. For quasi static process all change take place infinitely slowly. Isothermal process occur very slowly so it is quasi- static and hence it is reversible.
JIPMER- 2007
Thermodynamics
148426
Isothermal process is the graph between
1 Pressure and Temperature
2 Pressure and Volume
3 Volume and Temperature
4 P,V and Temperature
Explanation:
B Isothermal Process is the graph between Pressure and volume
A Isothermal processes are necessarily slow because they require heat transfer to remain at the same temperature as being in thermal equilibrium with a reservoir.
J and K CET- 2000
Thermodynamics
148413
The volume of an ideal diatomic gas is doubled isothermally. The internal energy
1 is doubled
2 is halved
3 is increases four times
4 is remains unchanged
Explanation:
D No change in the internal energy of an ideal gas, but for real gas internal energy increases, because work is done against intermolecular forces. In is isothermal change temperature remain constant. Hence internal energy will not change
UPSEE - 2009
Thermodynamics
148423
Which of the following processes is reversible?
1 Transfer of heat by radiation
2 Electrical heating of a Nichrome wire
3 Transfer of heat by conduction
4 Isothermal compression
Explanation:
D For process to be reversible it must be quasistatic. For quasi static process all change take place infinitely slowly. Isothermal process occur very slowly so it is quasi- static and hence it is reversible.
JIPMER- 2007
Thermodynamics
148426
Isothermal process is the graph between
1 Pressure and Temperature
2 Pressure and Volume
3 Volume and Temperature
4 P,V and Temperature
Explanation:
B Isothermal Process is the graph between Pressure and volume
