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11th
Chemistry
States of Matter
$Kinetic Molecular Theory of Gases$

Kinetic Molecular Theory of Gases

States of Matter

Chemistry

Class 11

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Assumptions of Kinetic Theory

6 mins

Kinetic molecular theory of gases

7 mins

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Behaviour of Gases: Avogadro’s number, Ideal Gas, Boyle’s Law & Videos

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Postulates of Kinetic Theory of Gases

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Kinetic Molecular Theory of Gases

ExampleDefinitionsFormulaes

An $α$ - particle is projected towards the following nucleus with same kinetic energy in different experiment the distance of closet approach is maximum for

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If the gas particles in a rigid container slow down, what will happen to the pressure inside the container?

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An ideal gas obeying kinetic gas equation :

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Which of the following statements is/are wrong?

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Kinetic energy of a gas depends upon its:

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Which of the following statement(s) is/are correct?

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State True or False.

The diameter of molecules are much smaller than the average distance travelled between collisions.

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A container contains $O_{2}$ and $N_{2}$ in equal molar concentration at same temperature, what is the $C O R R E C T$ statement about the average molar kinetic energy of the two gasses?

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The kinetic energy of $2.8 g$ of nitrogen gas at $12 7^{\circ} C$ is nearly

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Write down all the postulates of kinetic molecular theory of gases.

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Kinetic Molecular Theory of Gases

Overview

Learn

Videos

Study Materials

Quick summary with Stories

Postulates of Kinetic Theory of Gases

Revise with Concepts

Kinetic Molecular Theory of Gases

Related questions

An $α$ - particle is projected towards the following nucleus with same kinetic energy in different experiment the distance of closet approach is maximum for

If the gas particles in a rigid container slow down, what will happen to the pressure inside the container?

An ideal gas obeying kinetic gas equation :

Which of the following statements is/are wrong?

Kinetic energy of a gas depends upon its:

Which of the following statement(s) is/are correct?

State True or False.

The diameter of molecules are much smaller than the average distance travelled between collisions.

A container contains $O_{2}$ and $N_{2}$ in equal molar concentration at same temperature, what is the $C O R R E C T$ statement about the average molar kinetic energy of the two gasses?

The kinetic energy of $2.8 g$ of nitrogen gas at $12 7^{\circ} C$ is nearly

Write down all the postulates of kinetic molecular theory of gases.

More topics

Kinetic Molecular Theory of Gases

Overview

Learn

Videos

Study Materials

Quick summary with Stories

Postulates of Kinetic Theory of Gases

Revise with Concepts

Kinetic Molecular Theory of Gases

Related questions

An α - particle is projected towards the following nucleus with same kinetic energy in different experiment the distance of closet approach is maximum for

If the gas particles in a rigid container slow down, what will happen to the pressure inside the container?

An ideal gas obeying kinetic gas equation :

Which of the following statements is/are wrong?

Kinetic energy of a gas depends upon its:

Which of the following statement(s) is/are correct?

State True or False. The diameter of molecules are much smaller than the average distance travelled between collisions.

A container contains O2​ and N2​ in equal molar concentration at same temperature, what is the CORRECT statement about the average molar kinetic energy of the two gasses?

The kinetic energy of 2.8 g of nitrogen gas at 127∘C is nearly

Write down all the postulates of kinetic molecular theory of gases.

More topics

An $α$ - particle is projected towards the following nucleus with same kinetic energy in different experiment the distance of closet approach is maximum for

State True or False.

The diameter of molecules are much smaller than the average distance travelled between collisions.

A container contains $O_{2}$ and $N_{2}$ in equal molar concentration at same temperature, what is the $C O R R E C T$ statement about the average molar kinetic energy of the two gasses?

The kinetic energy of $2.8 g$ of nitrogen gas at $12 7^{\circ} C$ is nearly