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During an experiment an ideal gas obeys a law $V P^{3} =$ Constant. The gas is initially at temperature $T_{0}$ and volume $V_{0} .$ When gas expands to a volume $8 V_{0},$ its temperature will be $n T_{0} .$ Value of $n,$ is

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Important Questions on Kinetic Theory of Gases

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 69

There are two separate gases with the same number density. If the ratio of the diameters of their molecules is

4 : 1,

then the ratio of their mean free path is

1 : n .

Value of

n,

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 1

If the pressure in a closed vessel is reduced by drawing out some of the gas, the mean free path of two molecules

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 3

Consider an ideal gas contained in a vessel. If the intermolecular interactions suddenly begins to acts, which of the following will happen?

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 4

The

P - V

graph is drawn for a given mass of gas at constant temperature. If

P

and

V

be the pressure and volume of the gas at a given state, the slope of

P V

graph at the state is

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 5

Temperature at which rms speed of

{SO}_{2}

molecules is same as that of

O_{2}

molecules at

27 ° C .

(Given molecular weight of

O_{2}

and

{SO}_{2}

are

32

and

64

respectively)

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 6

An ideal gas (monoatomic) at temperature

27 ° C

and pressure

10^{6} N / m^{2}

occupies

10

litre volume. Now if

10 kcal

heat is given to this gas at constant volume then increase in temperature of gas will be

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 7

Consider two glass spheres of volume $500 {cm}^{3}$ and $100 {cm}^{3}$ which are connected by a narrow tube of negligible volume as shown. Initially pressure inside this apparatus is $70 cm$ of mercury and its temperature is $20 ° C .$ Now if $100 {cm}^{3}$ bulb is kept of $20 ° C$ and $500 {cm}^{3}$ is kept at $100 ° C$ then new pressure inside the apparatus will be,

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Gamma Question Bank for Engineering Physics>Chapter 12 - Kinetic Theory of Gases>Assignment>Q 8

An ideal gas is initially at temperature

T

and volume

V

. Its volume is increased by

Δ V

due to an increase in temperature

Δ T

, pressure remaining constant. The quantity

δ = \frac{Δ V}{(V Δ T)}

varies with temperature as

During an experiment an ideal gas obeys a law VP3= Constant. The gas is initially at temperature T0 and volume V0. When gas expands to a volume 8V0, its temperature will be nT0. Value of n, is

Important Questions on Kinetic Theory of Gases

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During an experiment an ideal gas obeys a law $V P^{3} =$ Constant. The gas is initially at temperature $T_{0}$ and volume $V_{0} .$ When gas expands to a volume $8 V_{0},$ its temperature will be $n T_{0} .$ Value of $n,$ is