The ideal gas equation for 1 mol of ideal gas is PV = nRT The graph between P and T at constant volume, i.e. isochores are plotted as under Which of the following order of volume is correct?

Question

The ideal gas equation for 1 mol of ideal gas is PV = nRT The graph between P and T at constant volume, i.e. isochores are plotted as under <img class="img-fluid question-image" alt="Question" src="https://cdn.tardigrade.in/q/nta/c-lddxl1j422pt.png" /> Which of the following order of volume is correct? (A) V4>V3>V2>V1 (B) V1>V2>V3>V4 (C) V1=V2=V3=V4 (D) V2>V1>V3>V4

Tardigrade Admin · Accepted Answer

At constant temperature T, V propto (1/P) (for 1 mol gas). Thus, correct sequence of volume will be V1>V2>V3>V4

Q. The ideal gas equation for 1 mol of ideal gas is PV = nRT

The graph between P and T at constant volume, i.e. isochores are plotted as under

Which of the following order of volume is correct?

$V_{4} > V_{3} > V_{2} > V_{1}$

$V_{1} > V_{2} > V_{3} > V_{4}$

$V_{1} = V_{2} = V_{3} = V_{4}$

$V_{2} > V_{1} > V_{3} > V_{4}$

At constant temperature T, $V \propto \frac{1}{P}$ (for 1 mol gas).

Thus, correct sequence of volume will be

$V_{1} > V_{2} > V_{3} > V_{4}$

Q. The ideal gas equation for 1 mol of ideal gas is PV = nRT The graph between P and T at constant volume, i.e. isochores are plotted as under Which of the following order of volume is correct?

V4​>V3​>V2​>V1​

V1​>V2​>V3​>V4​

V1​=V2​=V3​=V4​

V2​>V1​>V3​>V4​