- Introduction to projectiles fired on a
horizontal plane.
- Basic equations of motion
- Initial speed and angle of projection
formulae.
- Negative displacement
- The target question solved by the
equation of Parabola.

- Introduction to projectiles on an
inclined plane.
- Equations of motion.
- Formula for maximum range on the plane.
- Rules for the landing of the projectile on the plane.
- Consideration of special situations.

- Introduction, Momentum, Impulse.
- Principle of conservation of linear momentum applied to collisions.
- Law of restitution applied to collisions.
- Direct impact of smooth spheres.
- Multiple direct impacts.
- Conservation of energy and momentum applied to a system.
- Exam Model Answers are also examined.

- Comparison to direct collisons.
- Indirect impact on a fixed smooth plane.
- Laws and rules applicable to indirect collison of smooth spheres.
- Resolving vectors revision.
- Slope of a velocity before and after a collison.

- Introduction to circular motion.
- Formulae of circular motion.
- Horizontal circular motion on a turntable.
- The conical pendulum.
- Vertical circular motion.
- A particle falling off a sphere.

- Introduction
- The rules of Logarithms.
- Use of Table Book, page 41.
- Solving equations by Inspection.
- Solving equations by separating the variables.
-The Terminal Velocity Equation

- Acceleration as a function of time.
- Acceleration as a function of displacement.
- Problems involving air resistance.
- Problems involving force and power.
- Deriving a formula for acceleration.