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Heat is supplied to air taken in a cylinder and enclosed by a frictionless piston held under a constant load. Expansion of gas will be
- a)Isobaric
- b)Isochoric
- c)Isothermal
- d)Adiabatic
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
Heat is supplied to air taken in a cylinder and enclosed by a friction...
Isobaric process is a constant pressure process....so the pressure is given to the cylinder in the constant loading and the volume changes....then the option A is rght
Most Upvoted Answer
Heat is supplied to air taken in a cylinder and enclosed by a friction...
U know isobaric is a constant pressure process....so the pressure is given to the cylinder in the constant loading and the volume changes....then the option A is rght
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Heat is supplied to air taken in a cylinder and enclosed by a friction...
Isobaric Process
The correct answer is option 'A' which represents an isobaric process. Let's break down the explanation:
Definition of Isobaric Process
An isobaric process is a thermodynamic process in which the pressure remains constant while heat is added or removed from the system. In this process, the piston moves to allow for expansion or compression of the gas while maintaining a constant pressure.
Explanation of the Given Scenario
In the scenario described, heat is supplied to the air in the cylinder. Since the piston is frictionless and held under a constant load, the pressure inside the cylinder remains constant throughout the process. As the gas expands due to the supplied heat, the piston moves to accommodate this expansion while keeping the pressure constant.
Characteristics of Isobaric Process
- Pressure remains constant
- Volume of the gas changes
- Temperature of the gas may change
- Work is done by or on the system
Conclusion
Based on the characteristics of the process described in the scenario, it aligns with the definition of an isobaric process where the pressure remains constant. Therefore, the correct answer is option 'A' - Isobaric.
The correct answer is option 'A' which represents an isobaric process. Let's break down the explanation:
Definition of Isobaric Process
An isobaric process is a thermodynamic process in which the pressure remains constant while heat is added or removed from the system. In this process, the piston moves to allow for expansion or compression of the gas while maintaining a constant pressure.
Explanation of the Given Scenario
In the scenario described, heat is supplied to the air in the cylinder. Since the piston is frictionless and held under a constant load, the pressure inside the cylinder remains constant throughout the process. As the gas expands due to the supplied heat, the piston moves to accommodate this expansion while keeping the pressure constant.
Characteristics of Isobaric Process
- Pressure remains constant
- Volume of the gas changes
- Temperature of the gas may change
- Work is done by or on the system
Conclusion
Based on the characteristics of the process described in the scenario, it aligns with the definition of an isobaric process where the pressure remains constant. Therefore, the correct answer is option 'A' - Isobaric.
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Heat is supplied to air taken in a cylinder and enclosed by a frictionless piston held under a constant load. Expansion of gas will bea)Isobaricb) Isochoricc) Isothermald) AdiabaticCorrect answer is option 'A'. Can you explain this answer?
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