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Question 1. Uniform Accelerated Motion (UAM)
LC Questions (2008 - 1996)
1. Using the formulae Worked Examples
2. Simple problems using the formulae
3. Successive times/Successive distances Worked Examples
4. Catch up problems Worked Examples
5. Velocity-time curves Worked Examples
6. Uniform g accelerated motion
Question 2. Relative Velocity
Question 3. Projectiles
1. Projectiles on to a horizontal plane 1
2. Projectiles on to a horizontal plane 2
3. Projectiles on to a horizontal plane 3
4. Projectiles on to a horizontal plane 4
5. Inclined Planes 1
6. Inclined Planes 2
7. Inclined Planes 3
8. Projectiles and Elasticity
Question 4. Newton’s Laws
1. Net force/Acceleration Worked Examples
2. Weight Worked Examples
3. Tension Worked Examples
4. Normal Reaction Worked Examples
5. Friction Worked Examples
6. Connected Particles Worked Examples
7. Smooth Fixed Pulleys Worked Examples
8. Attached Movable Pulleys Worked Examples
9. Free Movable Pulleys Worked Examples
10. Wedges 1 Worked Examples
11. Wedges 2 A detailed analysis of a complex problem New Worked Examples
12. Wedges 3
Question 5. Collisions
1. Direct Collisions 1
2. Direct Collisions 2
3. Direct Collisions 3
4. More than one collision
5. Collisions with strings
6. Oblique Collisions 1
7. Oblique Collisions 2
Question 6. Circular Motion and Simple Harmonic Motion (SHM)
1. Circular Motion 1
2. Circular Motion 2: Bowls
3. Circular Motion 3: Conical Pendulums
4. Circular Motion 4: Harder Problems
5. Circular Motion 5: Elasticity
6. Circular Motion 6: Vertical Circles
7. Simple Harmonic Motion 1
8. Simple Harmonic Motion 2
9. Simple Harmonic Motion 3: Platforms
10. Simple Harmonic Motion 4: Horizontal Elastic Strings
11. Simple Harmonic Motion 5: Vertical Elastic Strings
Question 7. Statics
1. Statics of Particles 1
2. Statics of Particles 2
3. One Rigid Body 1
4. One Rigid Body 2
5. One Rigid Body 3
6. Connected Bodies
Question 8. Moments of Inertia
Question 9. Hydrostatics
Question 10. Differential Equations
1. Separable first order differential equations
2. Second order differential equations
3. Variable acceleration/Velocity
4. Force
5. Power