Consider p-V diagram for an ideal gas shown in figure p=( text Constant /V) Out of the following diagrams (figures), which represents the T - p diagram?

Question

Consider p-V diagram for an ideal gas shown in figure p=( text Constant /V) Out of the following diagrams (figures), which represents the T - p diagram? (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

In figure, T is constant and p1>p2. This situation is represented by curve (iii) in figure, in which p1>p2 and straight line graph is parallel to pressure axis indicating constant temperature.

Q. Consider $p - V$ diagram for an ideal gas shown in figure $p = \frac{Constant}{V}$ Out of the following diagrams (figures), which represents the $T$ - $p$ diagram?

In figure, $T$ is constant and $p_{1} > p_{2}$ . This situation is represented by curve (iii) in figure, in which $p_{1} > p_{2}$ and straight line graph is parallel to pressure axis indicating constant temperature.

Q. Consider p−V diagram for an ideal gas shown in figure p=V Constant ​ Out of the following diagrams (figures), which represents the T - p diagram?

In figure, T is constant and p1​>p2​. This situation is represented by curve (iii) in figure, in which p1​>p2​ and straight line graph is parallel to pressure axis indicating constant temperature.

Q. Consider $p - V$ diagram for an ideal gas shown in figure $p = \frac{Constant}{V}$ Out of the following diagrams (figures), which represents the $T$ - $p$ diagram?

In figure, $T$ is constant and $p_{1} > p_{2}$ . This situation is represented by curve (iii) in figure, in which $p_{1} > p_{2}$ and straight line graph is parallel to pressure axis indicating constant temperature.