Complete A-Level Maths: Mechanics in 5 Lectures

During Class

We will cover the following topics on Forces. The Classnote_Forces handout follows the class video, and includes consolidated key concepts, examples, and exercises gone through in class.

1.Units of quantities in Mechanics

2.Forces

• Newton's three laws of motion

• Weight

• Normal Reaction Force

• Tension/Thrust/Compression

• Friction

• Buoyance/Air Resistance

• Resultant force from acceleration

3.Resolving forces

After Class

• Learning doesn’t stop after classes, we all know practice makes perfect.

• The homework includes four questions designed to complement classroom learning.

• They should be completed without the help of notes to help identify any knowledge gap.

During Class

We will cover the following topics on Moments. The Classnote_Moments handout follows the class video, and includes consolidated key concepts, examples, and exercises gone through in class.

1. Definition and objects in Moments

2. Resultant moments and Equilibrium

3. Tilting

After Class

• Learning doesn’t stop after classes, we all know practice makes perfect.

• The homework includes four questions designed to complement classroom learning.

• They should be completed without the help of notes to help identify any knowledge gap.

During Class

We will cover the following topics on Vectors. The Classnote_Vectors handout follows the class video, and includes consolidated key concepts, examples, and exercises gone through in class.

1. Definition and examples of Vectors

2. Vector formats

3. Vector addition and subtraction

After Class

• Learning doesn’t stop after classes, we all know practice makes perfect.

• The homework includes four questions designed to complement classroom learning.

• They should be completed without the help of notes to help identify any knowledge gap.

During Class

We will cover the following topics on Kinematics part I. The Classnote_Kinematics1 handout follows the class video, and includes consolidated key concepts, examples, and exercises gone through in class.

1. Definition and notation in Kinematics

2. Constant acceleration kinematics: suvat formula

3. Projectile: an application of constant acceleration kinematics

After Class

• Learning doesn’t stop after classes, we all know practice makes perfect.

• The homework includes four questions designed to complement classroom learning.

• They should be completed without the help of notes to help identify any knowledge gap.

During Class

We will cover the following topics on Kinematics part II. The Classnote_Kinematics2 handout follows the class video, and includes consolidated key concepts, examples, and exercises gone through in class.

1. Variable acceleration kinematics

2. Displacement-time graphs

3. Velocity-time graphs

After Class

• Learning doesn’t stop after classes, we all know practice makes perfect.

• The homework includes four questions designed to complement classroom learning.

• They should be completed without the help of notes to help identify any knowledge gap.