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#4-Ideal-Gas-Equation
(Physics) > Kinetic Theory of Gases
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Related Practice Questions :

An isolated system-

(A) is a specified region where transfers of energy and mass take place

(B) is a region of constant mass and only energy is allowed to close the boundaries

(C) is one in which mass within the system is not necessarily constant.

(D) cannot transfer either energy or mass to or from the surroundings.

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Difficulty Level:

Volume, pressure, and temperature of an ideal gas are V, P, and T respectively. If the mass of its molecule is m, then its density is [k=boltzmann's constant]

(a) mkT                              (b) $\frac{P}{kT}$

(d)$\frac{P}{kTV}$                             (d) $\frac{Pm}{kT}$

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Difficulty Level:

On 0$°$C, the pressure measured by the barometer is 760 mm.  What will be pressure at 100$°$C?                                  [AFMC 2002]

(1) 760 mm        (2) 730 mm          (3) 780 mm           (4) None of these

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Difficulty Level:

By what percentage, should the pressure of a given mass of gas be increased, so as to decrease its volume by 10% at a constant temperature?

(1) 5%      (2) 7.2 %         (3) 12.5%          (4) 11.1%

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Difficulty Level:

In the adjacent V-T diagram what is the relation between  ?

(a) ${P}_{2}={P}_{1}$                         (b) ${P}_{2}>{P}_{1}$

(c) ${P}_{2}<{P}_{1}$                         (d) Cannot be predicated