Physics Mechanics Zambak 1st Edition by Ahmet AKİ, Sinan KOŞAK, Salim GÜR ISBN 9789752664883 9752664881

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Product details: 

ISBN 10: 9752664881

ISBN 13: 9789752664883

Author:  Ahmet AKİ, Sinan KOŞAK, Salim GÜR

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Physics Mechanics (Zambak) is a concise high-school/early-college level textbook that explains the fundamental concepts of mechanics—including motion, forces, energy, momentum, and circular motion—with clear theory, worked examples, and practice problems. Designed for competitive-exam preparation, it emphasizes conceptual understanding and step-by-step problem-solving.

 

Table of contents: 

Chapter 1 – Units and Physical Quantities

1.1 Standards and Units

• a. The SI System of Units

• b. Derived Units

• c. Dimensional Analysis

• d. Significant Figures

• e. Prefixes

1.2 Vectors

• a. Representing Vectors

• b. Equality of Vectors

• c. Adding Vectors

• d. The Negative of a Vector

• e. Subtraction of Vectors

• f. Multiplication and Division of Vectors by Scalars

• g. Components of a Vector

Summary
Questions and Problems

Chapter 2 – Motion in One Dimension

2.1 Position, Displacement, and Distance

2.2 Motion with Constant Velocity

2.3 Average Speed and Average Velocity

2.4 Instantaneous Velocity

2.5 Acceleration

2.6 Average and Instantaneous Acceleration

2.7 Freely Falling Objects

Summary
Questions and Problems

Chapter 3 – Motion in Two Dimensions

3.1 Projectile Motion

3.2 Relative Velocity

• a. Relative Velocity in One Dimension

• b. Relative Velocity in Two Dimensions

Summary
Questions and Problems

Chapter 4 – The Laws of Motion

4.1 The Concept of Force

4.2 Net Force

4.3 The First Law of Motion

• a. Inertia

• b. Mass as a Measure of Inertia

4.4 The Second Law of Motion

• a. Inertial Reference Frames

4.5 The Third Law of Motion

4.6 Applications of the Laws of Motion

• a. Normal Contact Force

• b. Tension Force

• c. Internal and External Forces

4.7 Force of Friction

Summary
Questions and Problems

Chapter 5 – Torque and Equilibrium

5.1 First Condition for Equilibrium

5.2 Torque

5.3 Second Condition for Equilibrium

5.4 Centre of Gravity

• a. Location of the Resultant Force

Summary
Questions and Problems

Chapter 6 – Work and Energy

6.1 Work

• a. Weight

6.2 Kinetic Energy and the Work–Kinetic Energy Theorem

• a. Kinetic Energy

• b. Relationship Between Work and Kinetic Energy

6.3 Conservative and Non-Conservative Forces

• a. Conservative Forces

• b. Non-Conservative Forces

6.4 Gravitational Potential Energy

6.5 Conservation of Mechanical Energy

6.6 Hooke’s Law

6.7 Elastic Potential Energy

6.8 Non-Conservative Forces and the Generalised Work–Energy Theorem

6.9 Power

Summary
Questions and Problems

Chapter 7 – Momentum and Impulse

7.1 Momentum

7.2 Impulse

7.3 Conservation of Momentum

7.4 Collisions

• a. Inelastic Collisions in One Dimension

• b. Elastic Collisions in One Dimension

• c. Collisions in Two Dimensions

7.5 Rockets

Summary
Questions and Problems

Chapter 8 – Uniform Circular Motion and the Universal Law of Gravity

8.1 Uniform Circular Motion

• a. Tangential Speed and Angular Speed

• b. Centripetal Acceleration

• c. Centripetal Force

8.2 The Universal Law of Gravity

• a. The Universal Law of Gravity

• b. The Gravitational Field

• c. Satellites

8.3 General Form of Gravitational Potential Energy

8.4 Binding Energy

8.5 The Escape Speed

Summary
Questions and Problems

Chapter 9 – Simple Harmonic Motion and Mechanical Waves

9.1 Vibrations and Springs

9.2 Simple Harmonic Motion

• a. Basic Definitions of Simple Harmonic Motion

• b. Deriving the Equations of Simple Harmonic Motion

9.3 Simple Harmonic Motion of a Mass–Spring System

• a. Period of a Mass–Spring System

• b. Springs Connected in Series and Parallel

9.4 Simple Pendulum

9.5 Mechanical Waves

• a. What is a Wave?

• b. Types of Waves

• c. Periodic Waves

Summary
Questions and Problems

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Tags: Ahmet AKİ, Sinan KOŞAK, Salim GÜR, Physics Mechanics