In Maxwell's velocity distribution curve area under the graph

Increases when temperature is increased

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Deccreases when temperature is increased

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Remains same at all temperature

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Depends on the pressure of the gas

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Solution

The correct option is C Remains same at all temperature
Area under the Maxwell's velocity distribution curve gives the number of particles. Since number of particles remains the same at all the temperatures, so the area under the curve also remains the same at all temperature.

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Similar questions

Q. Assertion :The area under the Maxwell distribution molecular speed curve remains same irrespective of the temperature of the gas. Reason: The fraction of molecules with most probable speed increases with the increase of temperature.

In the graph showing Maxwell, Boltzmann distribution of energy ........ .
(a) area under the curve must not change with an increase in temperature
(b) area under the curve increases with increase in temperature
(c) area under the curve decreases with increase in temperature
(d) with an increase in temperature, curve broadens and shifts to the right-hand side

Q. Assertion :In maxwell distribution curve, with increase in temperature the fraction of molecules possessing most probable velocity increases. Reason: With increasing temperature molecular velocities increases.

What happens to the Maxwell distribution curve on increasing temperature?

Q. The following graph represents the Maxwell distribution curve for an ideal gas at two temperatures

T_{1}

and

T_{2}

. Which of the following option(s) is/are true?

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In Maxwell's velocity distribution curve area under the graph

The correct option is C Remains same at all temperatureArea under the Maxwell's velocity distribution curve gives the number of particles. Since number of particles remains the same at all the temperatures, so the area under the curve also remains the same at all temperature.

The correct option is C Remains same at all temperature
Area under the Maxwell's velocity distribution curve gives the number of particles. Since number of particles remains the same at all the temperatures, so the area under the curve also remains the same at all temperature.