With increase in the volume of a closed system the saturation pressure at the given temperature remains same.

False

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True

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Solution

The correct option is B True

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Similar questions

Q. Assertion :The numerical value of

\frac{1}{n}

in Freundlich adsorption isotherm,

\frac{x}{m} = K (P)^{1 / n}

at saturation pressure is zero. Reason: At saturation pressure, the amount adsorbed per unit volume does not change with increase in pressure.

Q. Considering a given mass of a gas by keeping the third variable constant, identify the wrong statements regarding an ideal gas.
(A) With increase in pressure, volume decreases.
(B) With increase in temperature, pressure decreases.
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Q. A closed vessel of volume

V_{0}

contains oxygen at a pressure

P_{0}

and temperature

T_{0}

. Another closed vessel of the same volume

V_{0}

contains helium at a pressure

P_{0}

and temperature

\frac{T_{0}}{2}

. Find the ratio of the masses of oxygen to the helium.

You might be familiar with the ideal gas equation from Chemistry, which relates the pressure and volume of an ideal gas with temperature as: $P V$ = $n R T$ , where $n R$ is a constant. You are given a closed metal container of volume $V$ , filled with a gas kept at a temperature $T$ , and pressure $P$ . If $γ$ is the coefficient of volume expansion for the gas, what is the pressure after the temperature is increased by $Δ T$ ?

Q. A closed vessel A having volume V contains Nitrogen

(N_{2})

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