**Course Outline**

Subject

1.0

ORIENTATION: Scope of the Course

2.0

INTRODUCTION: The Nature of Physics

2.1 Standards and Units

2.2 Review of Trigonometry

3.0

VECTOR ALGEBRA

3.1 Vectors and Scalars

3.2 Graphical Method of Vector Addition

3.3 Analytical Method of Vector Addition

3.4 Vector Subtraction

3.5 Unit Vector

3.6 Vector Multiplication

3.6.1 Vector Multiplication

3.6.2 Vector Multiplication

4.0

MOTION ALONG A STRAIGHT LINE

4.1 Equation of Kinematics

4.2 Freely Falling Bodies

4.3 Motion of a Projectile

5.0

FIRST CONDITION OF EQUILIBRIUM

5.1 Concurrent Forces in Equilibrium

5.2 Newton ’s First Law and Third Law of Motion

6.0

FRICTION

6.1 Characteristics of Friction

6.2 Static and Kinetic Friction

7.0

NEWTON ’S SECOND LAW OF MOTION

7.1 Equation of Second Law of Motion

8.0

UNIVERSAL LAW OF GRAVITATION

9.0

UNIFORM CIRCULAR MOTION

9.1 Force in Uniform Circular Motion

9.2 Vertical and Horizontal Circle

10.0

WORK, ENERGY AND POWER

10.1 Definition of Work, Energy and Power

10.2 Conservation of Energy

11.0

IMPULSE AND MOMENTUM

11.1 Definition of Impulse and Momentum

11.2 Conservation of Momentum

11.3 Elastic and Inelastic Collision: Coefficient of Restitution

12.0

SECOND CONDITION OF EQUILIBRIUM

12.1 Definition of Torque

12.2 Center of Gravity

13.0

WORK, ENERGY AND POWER