Chittaranjan Dasgupta and Asok Kumar Das Solutions for Chapter: Kinetic Theory of Gases, Exercise 1: EXERCISE

Author:Chittaranjan Dasgupta & Asok Kumar Das

Chittaranjan Dasgupta Physics Solutions for Exercise - Chittaranjan Dasgupta and Asok Kumar Das Solutions for Chapter: Kinetic Theory of Gases, Exercise 1: EXERCISE

Attempt the practice questions on Chapter 20: Kinetic Theory of Gases, Exercise 1: EXERCISE with hints and solutions to strengthen your understanding. A Text Book of PHYSICS PART I : CLASS 11 solutions are prepared by Experienced Embibe Experts.

Questions from Chittaranjan Dasgupta and Asok Kumar Das Solutions for Chapter: Kinetic Theory of Gases, Exercise 1: EXERCISE with Hints & Solutions

EASY
11th West Bengal Board
IMPORTANT

There is a mixture of hydrogen and oxygen in a vessel. The rms velocity of oxygen molecules is

EASY
11th West Bengal Board
IMPORTANT

The wall of a gas container experiences a pressure because

HARD
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IMPORTANT

A vessel of volume 5 litre contains 1026 molecules of a gas. Each molecule has a mass 2.4×10-25 g. The rms velocity is 3.5×104 cm s-1. The pressure approximately is equal to

EASY
11th West Bengal Board
IMPORTANT

The kinetic energy per gram molecule of helium gas at 27°C is given by [Given, R=8.3×107erg mole-1 K-1]

EASY
11th West Bengal Board
IMPORTANT

If k be the Boltzmann constant and T to the temperature, then the average kinetic energy of each molecule of a gas will be

EASY
11th West Bengal Board
IMPORTANT

The pressure for ideal gas is P and the average energy per unit volume is E. The relation between E and P is,

EASY
11th West Bengal Board
IMPORTANT

The ratio of the most probable velocity cm and rms velocity crms of the molecules of a given gas at a given temperature is

EASY
11th West Bengal Board
IMPORTANT

The rms speed of an ideal gas is c. The volume of the gas is doubled keeping its temperature unchanged. The rms speed will now be