Monohar Pandey Solutions for Exercise 1: Exercise 1

Author:Monohar Pandey

Monohar Pandey General Studies Solutions for Exercise - Monohar Pandey Solutions for Exercise 1: Exercise 1

Attempt the practice questions from Exercise 1: Exercise 1 with hints and solutions to strengthen your understanding. 14000+ Objective Questions General Studies solutions are prepared by Experienced Embibe Experts.

Questions from Monohar Pandey Solutions for Exercise 1: Exercise 1 with Hints & Solutions

EASY
UPSC CAPF AC Paper - I
IMPORTANT

The mass of water vapour per unit volume of air is known as

EASY
UPSC CAPF AC Paper - I
IMPORTANT

Kinematic viscosity of a given liquid is the ratio of the

EASY
UPSC CAPF AC Paper - I
IMPORTANT

Amorphous materials are in fact considered as

EASY
UPSC CAPF AC Paper - I
IMPORTANT

Phase change from gas to solid is called

EASY
UPSC CAPF AC Paper - I
IMPORTANT

Consider the following statements.

1. Evaporation is a surface phenomenon.

2. The rate of evaporation depends upon the surface area exposed to the atmosphere, the temperature, the humidity and the wind speed.

3. Evaporation causes cooling.

Which of the statements given above are correct about evaporation?

EASY
UPSC CAPF AC Paper - I
IMPORTANT

Consider the following statements

1. The forces of attraction between the particles are maximum in solids, intermediate in liquids and minimum in gases.

2. Sublimation is the change of solid state directly into gaseous state without going through liquid state and vice-versa.

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

MEDIUM
UPSC CAPF AC Paper - I
IMPORTANT

Consider the following statements about plasma state

1. Plasma state consists of super energetic and super excited particles.

2. These particles are in the form of ionised gases.

3. The fluorescent tube and neon sign bulbs consist of plasma.

4. The sun and the stars glow because of the presence of plasma in them.

Which of the statement given above are correct?

HARD
UPSC CAPF AC Paper - I
IMPORTANT

Assertion (A) All molecules of an ideal gas move with the same speed.

Reason (R) There is no attraction between the molecules in an ideal gas.