SPM Physics Chapter 2: Force and Motion

Description

Course Content:

1. Forces in EquilibriumLinear Movements
   1. Distance and Displacement
   2. Speed and Velocity
   3. Average Speed
   4. Acceleration
   5. Understanding Acceleration
      1. Positive and Negative Sign of Acceleration
      2. Movement with constant acceleration
2. Ticker Tape Timer
   1. Ticker-tape charts
   2. Analysing Ticker Tape
   3. Finding Velocity from The Ticker Tape
   4. Finding Acceleration from The Ticker Tape
3. Graph of Motion
   1. Gradient and the Area Under The Graph
   2. Displacement-Time Graph
      1. Analysing Displacement-Time Graph
      2. Finding Speed and Velocity from Displacement-time Graph
      3. Converting a Displacement-Time Graph into Velocity-Time Graph
   3. Velocity – Time Graph
   4. Velocity, Average Velocity and Average Speed
   5. Acceleration-Time Graph
   6. Graph of Free Falling
4. Understanding Inertia
   1. Mass
   2. Concept of Inertia and Newton’s First Law
   3. Situation Involving Inertia
   4. Mass and Inertia
   5. Applications of the Concept of Inertia
   6. Ways to Reduce the Negative Effect of Inertia
5. Momentum
   1. Momentum Change
   2. Principle of Conservation of Momentum
      1. Collision – One object in stationary
      2. Both objects are moving in same direction before collision
      3. One object is in opposite direction before collision
   3. Elastic Collision and Inelastic Collision
   4. Explosion
   5. Application of Conservation of Momentum
      1. Fire Fighting
      2. Rocket
      3. Jet
6. Force and Effects of Force
   1. Effects of Balanced Force and Unbalanced Force
   2. Newton’s 1st and 2nd Law of Motion
   3. Finding Net Force
7. Types of Forces
   1. Friction
   2. Tension
   3. Weight (Gravitational Force)
   4. Normal Reaction (Normal Contact Force)
8. Newton’s Third Law of Motion
9. Impulse and Impulsive Force
   1. Impact of Reducing Impulsive Force
   2. Impact of Increasing Impulsive Force
10. Safety Features in Vehicles
11. Understanding Gravity
    1. Gravitational Field
    2. Gravitational Field Strength
    3. Weight
    4. The Difference between Weight and Mass
    5. Gravitational Acceleration
    6. Free Falling
    7. Gravitational Field Strength and Gravitational Acceleration
    8. Lift
12. Force as a Vector
    1. Vector Diagram
       1. Equality of Two Vectors
       2. Negative of Vector
    2. Adding Vectors
       1. Triangle Method of Addition
       2. The Parallelogram Rule of Addition
       3. Addition of Perpendicular Vector
    3. Vector resolution
       1. Vector resolution for Inclined Plane
13. Forces in Equilibrium
14. Work
    1. Work Done By a Force Which in the Same Direction with the Motion
    2. Work Done By Force Which In Different Direction with the Motion
    3. Work Done When Moving Object Upward
    4. The graph of Force – Distance
15. Energy
    1. Kinetic Energy
    2. Potential Energy
    3. Principle of Conservation of Energy
    4. Work Energy Model
16. Power
17. Efficiency
18. Elasticity
    1. Hooke’s Law and the Force – Extension graph
    2. Factors that affect elasticity
    3. Elastic Potential Energy
19. Revision Questions