One mole of a mono-atomic gas undergoes the processes 1-2 and 2-3 as shown. The corresponding graph for the above process for 2 moles of the gas is

Question

One mole of a mono-atomic gas undergoes the processes 1-2 and 2-3 as shown. The corresponding graph for the above process for 2 moles of the gas is Question

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Tardigrade Admin · Accepted Answer

Process 1-2 is an isothermal process. So, temperature T is constant. Process 2-3 is an isobaric process. So, pressure P and (T/V) is constant. Change in number of moles of the gas does not affect the nature of graph.

Q. One mole of a mono-atomic gas undergoes the processes $1 - 2$ and $2 - 3$ as shown. The corresponding graph for the above process for $2$ moles of the gas is

Process $1 - 2$ is an isothermal process. So, temperature $T$ is constant.
Process $2 - 3$ is an isobaric process. So, pressure $P$ and $\frac{T}{V}$ is constant.
Change in number of moles of the gas does not affect the nature of graph.

Q. One mole of a mono-atomic gas undergoes the processes 1−2 and 2−3 as shown. The corresponding graph for the above process for 2 moles of the gas is

Process 1−2 is an isothermal process. So, temperature T is constant. Process 2−3 is an isobaric process. So, pressure P and VT​ is constant. Change in number of moles of the gas does not affect the nature of graph.

Q. One mole of a mono-atomic gas undergoes the processes $1 - 2$ and $2 - 3$ as shown. The corresponding graph for the above process for $2$ moles of the gas is

Process $1 - 2$ is an isothermal process. So, temperature $T$ is constant.
Process $2 - 3$ is an isobaric process. So, pressure $P$ and $\frac{T}{V}$ is constant.
Change in number of moles of the gas does not affect the nature of graph.