During isothermal expansion, the slope of P−V graph.
Decreases
Increases
Remains same
May increase or decrease
A
Decreases
B
Increases
C
Remains same
D
May increase or decrease
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Similar Questions
Q1
During isothermal expansion, the slope of P−V graph.
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Q2
Assertion :The magnitude of the work involved in an isothermal expansion is greater than that involved in the adiabatic expansion. Reason: P-V curve (P on the y-axis and V on the x-axis) decrease more rapidly for reversible adiabatic expansion compared to reversible isothermal expansion starting from the same initial state.
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Q3
Reason $$P-V$$ curve ($$P$$ on $$y-$$axis and $$V$$ on $$x-$$axis) decreases more rapidly for reversible adiabatic expansion compared to reversible isothermal expansion starting from the same initial state. Assertion The magnitude of work involved in an isothermal expansion is greater than that involved in an adiabatic expansion.
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Q4
an ideal gas undergoes isothermal expansion at constant pressure. during the process ,what happens to enthalpy and entropy,
Do they remain constant???
Or one of them increases??
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Q5
Reason P-V curve (P on the y-axis and V on the x-axis ) decreases more rapidly for reversible adiabatic expansion compared to reversible isothermal expansion starting from the same initial state. Assertion The magnitude of the work involved in an isothermal expansion is greater than that involved in the adiabatic expansion.