One mole of an ideal diatomic gas undergoes a process AB as shown. Pressure at A and B are $$5$$ $$P0$$ and $$P0$$ while volumes are $$V0$$ and $$5V0$$ respectively. On the basis of the given information answer the following question (s).Choose the correct option regarding the process A→B.During the process from A→B, pressure and volume of the gas, where the direction of flow of heat is reversed, is

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One mole of an ideal diatomic gas undergoes a process AB as shown. Pressure at A and B are  $$5$$ $$P0$$ and $$P0$$ while volumes are $$V0$$ and $$5V0$$ respectively. On the basis of the given information answer the following question (s).Choose the correct option regarding the process A→B.During the process from  A→B, pressure and volume of the gas, where the direction of flow of heat is reversed, is

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Temperature of gas at A and B is equal so  Δ$$U=0$$.Equation of $$processP=$$−$$P0V0V+6P0$$     ... (1)Heat$$ reverse its direction when slope of line should be equal to γ$$PV=P0V0$$ .. $$(2)From$$ equation $$(1) and (2)V=72V0$$,  $$P=52P0Temperature$$ of gas at A and B is equal so  Δ$$U=0$$.Equation of $$processP=$$−$$P0V0V+6P0$$     ... $$(1)Heat$$ reverse its direction when slope of line should be equal to γ$$PV=P0V0$$ .. $$(2)From$$ equation $$(1) and $$(2)V=72V0$$,  $$P=52P0$$

First law of thermodynamics

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One mole of an ideal diatomic gas undergoes a process AB as shown. Pressure at A and B are $5 P_{0}$ and $P_{0}$ while volumes are $V_{0}$ and $5 V_{0}$ respectively. On the basis of the given information answer the following question (s).

Choose the correct option regarding the process $A \to B$ .

During the process from $A \to B$ , pressure and volume of the gas, where the direction of flow of heat is reversed, is

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First law of thermodynamics

Remember concepts with our Masterclasses.

One mole of an ideal diatomic gas undergoes a process AB as shown. Pressure at A and B are 5 P0 and P0 while volumes are V0 and 5V0 respectively. On the basis of the given information answer the following question (s).

Choose the correct option regarding the process A→B.

Temperature of gas at A and B is equal so ΔU=0.Equation of processP=−P0V0V+6P0 ... (1)Heat reverse its direction when slope of line should be equal to γPV=P0V0 .. (2)From equation (1) and (2)V=72V0, P=52P0