DC Pandey Physics Book for NEET

DC PANDEY MECHANICS PART - 1 PDF 

Understanding Physics for JEE Main and Advanced authored by DC Pandey is one of the Best books for JEE Main and Advanced Preparation.

LET US DISCUSS ABOUT THE CHAPTERS AND SUB-TOPICS IN THIS BOOK: -

1. BASIC MATHEMATICS AND MEASUREMENTS

1.1 basic mathematics
1.2 significant figures
1.3 error analysis
1.4 length measuring instruments

2. UNIT & DIMENSIONS, VECTORS

2.1 units and dimensions
2.2 vector and scaler quantities
2.3 general points regarding vectors
2.4 addition and subtraction of 2 vectors
2.5 the components of a vector
2.6 the product of two vectors

3. MOTION IN 1 DIMENSION

3.1 introduction to mechanics and kinematics
3.2 basic definitions
3.3 motion in one, two and three dimension
3.4 uniformly accelerated motion
3.5 non-accelerated uniformly motion
3.6 graphs
3.7 relative motion

4. PROJECTILE MOTION

4.1 projectile motion
4.2 projectile motion in an inclined motion
4.3 relative motion between two projectiles

5. LAWS OF MOTION

5.1 types of forces
5.2 free body diagram (FBD)
5.3 equilibrium 
5.4 newton's laws of motion
5.5 pulleys
5.6 constraint equations
5.7 pseudo force
5.8 friction

6. WORK, ENERGY AND POWER

6.1 introduction to work
6.2 the work done
6.3 conservative and non conservative force field
6.4 kinetic energy
6.5 work energy theorem
6.6 potential energy
6.7 law of conservation of mechanical energy
6.8 three types of equilibrium
6.9 power7. CIRCULAR MOTION

7. CIRCULAR MOTION

7.1 kinetics of circular motion
7.2 dynamics of circular motion
7.3 motion in a vertical circle

8. CENTER OF MASS, CONSERVATION OF LINEAR MOMENTUM, IMPULSE AND COLLISION

8.1 center of mass
8.2 law of conservation of linear momentum
8.3 variable mass
8.4 impulse 
8.5 collision

DC PANDEY MECHANICS PART - 2 PDF 

Understanding Physics for JEE Main and Advanced authored by DC Pandey is one of the Best books for JEE Main and Advanced Preparation.

LET US DISCUSS ABOUT THE CHAPTERS AND SUB-TOPICS IN THIS BOOK: -

1.  Rotational motion mechanics

1.1 Moment of inertia

1.2  Angular velocity

1.3  Torque

1.4 Rotation of a rigid body about a fixed axis

1.5  Angular momentum

1.6 Conservation of angular momentum

1.7 Combined translational and rotational motion of a rigid body

1.8  Instantaneous axis of rotation

1.9 Uniform pure rolling

1.10 Accelerated pure rolling

1.11  Angular impulse

1.12 Toppling

2.  Gravitation

2.1 Introduction

2.2  Newton's law of gravitation

2.3 Acceleration due to gravity

2.4  Gravitational field

2.5 Gravitational potential

2.6 Relation between Gravitational field and potential

2.7  Gravitational potential energy

2.8 Binding energy

2.9  Circular Motion Principles for Satellites

2.10 Kepler's law

3.  Simple harmonic motion

3.1 Introduction

3.2  Causes of oscillation

3.3 Kinematics of SHM

3.4  Force and energy in oscillation

3.5 Relation between SHM and Uniform  Circular motion

3.6 Basic differential equations

3.7 Method of finding time period of SHM

3.8 Vector method to combine two or more SHM in the same direction

4.  Elasticity (physics)

4.1 Introduction

4.2 Elasticity

4.3  Stress and strain

4.4  Hooke's law of elasticity

4.5 The stress strain curve

4.6  Elastic cloud

4.7  Potential energy  of a wire

4.8  Thermal  stress and strain

5.  Fluid mechanics

5.1 Definition of a fluid

5.2  Density  of a fluid

5.3  Pressure  in a fluid

5.4 Pressure difference in accelerating fluid

5.5  Archimedes principle

5.6 flow of fluids

5.7  Bernoulli equation

5.8 Application's based on bernoulli equation

5.9  Viscosity

5.10 stoke's law and terminal velocity

5.11  Surface tension

dc pandey physics book for neet

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