MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 44

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We write the relation for Boyle's law in the form, $P V = k_{B}$ when the temperature remains constant. In this relation, the magnitude of $k_{B}$ depends upon the

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Important Questions on Kinetic Theory of Gases and Radiations

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 45

Kinetic energy per unit volume of an Ideal gas is

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 46

The temperature of a ideal gas is due to

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 47

H_{2}, O_{2}, N_{2}

and

He

are enclosed in identical containers under the similar conditions of pressure and temperature. The gases will have

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 48

Kinetic energy of one gram molecule of the ideal gas is

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 49

The translatory internal energy of an ideal gas per gram is

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 50

For a diatomic gas, the total kinetic energy per gram molecule is

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 51

Total random kinetic energy of the molecules in

1 mole

of a gas at a temperature of

300 K

is

(R = 2 cal {(mole ° C)}^{- 1})

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 2 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 3 - Kinetic Theory of Gases and Radiations>Classical Thinking>Q 52

The energy of a gas per litre is

300 joule

; then its pressure will be