SPM Form 4/Form 5 Physics Notes and Videos (KSSM)

FREE Revision Mobile Apps

en_badge_web_generic.png
App_Store_Badge5.png

Recommended

SPM Form 4 Chemistry Equations List
SPM Form 5 Chemistry Equations List

Nota Kimia SPM dalam Bahasa Malaysia

FORM 4 PHYSICS (KSSM)

01 Measurement

  1. Physical Quantities
    1. Derived Units
    2. Scalar and Vector Quantities
    3. Scientific Notation and Significant Figure
    4. Prefixes
  2. Scientific Investigation
  1. Formative Practice 1.1
  2. Formative Practice 1.2
  1. Introduction
  2. Physical Quantities Part 1 | Part 2
  3. Base Quantities Part 1 | Part 2
  4. SI Base Unit
  5. Derived Quantities
  6. Derived Unit
  7. Unit of Density and Speed
  8. Scientific Notation
  9. Significant Figure
  10. Number of Significant Figure – Exercise
  11. Prefixes
  12. Conversion of Number with Prefix to Normal Number
  13. Conversion of a Prefix to Another Prefix
  14. Systematic Error Part 1| Part 2
  15. Random Error
  16. Parallax Error
  17. Zero Error
  18. Relative Deviation
  19. Vernier Caliper Part 1 | Part 2 | Part 3 | Part 4
  20. Micrometer Part 1 | Part 2 | Part 3
  21. Stopwatch

02 Force and Motion I

  1. Linear Motion
    1. Distance and Displacement
    2. Speed and Velocity
    3. Acceleration
    4. Motion with Uniform Acceleration
    5. Ticker Timer and Ticker Tape
    6. Finding Velocity from Ticker Tape
    7. Finding Acceleration from Ticker Tape
  2. Graph of Motion
    1. Displacement-Time Graph
    2. Velocity-Time Graph
    3. Graph of Free Falling Object
  3. Free Falling
  4. Mass and Inertia
    1. Applications of Effect of Inertia
  5. Momentum
    1. Principle of Conservation of momentum
    2. Elastic and Inelastic Collision
    3. Application of Momentum
  6. Effects of Force
    1. Types of Forces and Newton’s Third Law of Motion
  7. Impulse
    1. Impulsive Force
  8. Weight
  1. Formative Practice 2.1
  2. Formative Practice 2.2 | Question 1 – 3 | Question 4
  3. Formative Practice 2.3 | Question 1 & 2 | Question 3 & 4
  4. Formative Practice 2.4
  5. Formative Practice 2.5
  6. Formative Practice 2.6
  7. Formative Practice 2.7
  8. Formative Practice 2.8
  9. Performance Evaluation 2 | Question 1 – 3 | Question 4 – 7 | Question 8 – 10 | Question 11 – 13
  1. Introduction
  2. Distance vs Displacement – Part 1 | Part 2 | Example
  3. Speed and Velocity | Example
  4. Acceleration Part 1 | Part 2 | Example
  5. Positive and Negative Sign of Acceleration
  6. Analysing Acceleration
  7. Uniform Acceleration – Learning Focus
  8. Equation of Uniform Acceleration 
  9. Motion with Uniform Acceleration | Example 1 | Example 2 | Example 3 | Example 4 | Example 5
  10. Uniform Acceleration – Technique in Answering Calculation Questions
  11. Ticker Tape – Introduction
  12. Ticker Tape Timer
  13. Ticker Tape (Sample Question)
  14. Ticker Tape – Dots and Ticks
  15. Analysing Ticker Tape
  16. Ticker Tape Chart | Example 1
  17. Finding Time from a Ticker Tape
  18. Finding Velocity from a Ticker Tape – Part 1 | Part 2
  19. Finding Acceleration from a Ticker Tape
  20. Finding Acceleration from a Ticker Tape Chart
  21. Steps in Solving Linear Motion Problems – Part 1 (Common Mistake)
  22. Step in Solving Linear Motion Problems – Part 2 (Choose the Correct Equation)
  23. Step in Solving Linear Motion Problems – Part 3 (Substitution and solving the Equation)
  24. Steps in Solving Linear Motion Problems – Example 1 | Example 4
  25. Graph of Motion – Learning Focus
  26. Gradient of a Graph – Part 1 | Part 2
  27. Area Below the Graph
  28. Displacement-Time Graph | Continue
  29. Velocity-Time Graph | Continue
  30. Displacement – Time Graph (Exercise 1) | Exercise 2
  31. Velocity-Time Graph | Continue | Example
  32. Displacement-Time Graph to Velocity-Time Graph
  33. Acceleration-Time Graph – Part 1 | Part 2
  34. Graph of Free Falling – Part 1 | Part 2 | Part 3 | Part 4 |Part 5 | Part 6
  35. Mass and Inertia
  36. Momentum – Introduction
  37. Understanding Momentum – Part 1 | Part 2 | Part 3 |Part 4 | Part 5
  38. Principle of Conservation of Momentum – Introduction| The Equation | Summary of the Equations
  39. Applications Principle of Conservation of Momentum – Part 1 | Part 2
  40. Work Done
  41. Kinetic Energy
  42. Potential Energy
  43. Principle of Conservation of Energy
  44. Elasticity of Substances and Hooke’s Law
  45. Factors That Affect the Elasticity of Springs

Structured Question

  1. Understanding Energy

03 Gravitation

1. Formative Practice 3.1 | Question 1 – 3 | Question 4 – 6
2. Formative Practice 3.2
3. Formative Practice 3.3
4. Performance Evaluation 3 | Question 1 & 2 | Question 3 & 4 | Question 5 & 6 | Question 7 – 9 | Question 10 & 11 | Question 12

  1. Newton’s Law of Universal Gravity
  2. Kepler’s Law
  3. Human Made Satelite

04 Heat

  1. Thermal Energy, Heat and Temperature
    1. Thermal Equilibrium
    2. Applications of Thermal Equilibrium
    3. Liquid in Glass Thermometer
    4. Calibrating a Thermometer
  2. Heat Capacity
    1. Specific Heat Capacity
    2. Thermal Energy Gain and Loss
    3. Conversion of Energy
    4. Applications of Specific Heat Capacity
    5. Phenomena Related to Specific Heat Capacity
  3. Latent Heat
    1. The Heating Curve
    2. The Cooling Curve
    3. Specific Latent Heat
    4. Measuring the Specific Latent Heat of Fusing of Ice
    5. Measuring the Specific Latent Heat of Vaporisation of Water
    6. Evaporation
  4. Gas Laws
    1. Kinetic Theory of Gases
    2. Boyle’s Law
    3. Pressure’s Law
    4. Charles’ Law
    5. Numerical Problems

1. Formative Practice 4.1
2. Formative Practice 4.2
3. Formative Practice 4.3
4. Formative Practice 4.4 | Question 1 – 3 | Question 4 & 5
5. Performance Evaluation 4 | Question 1 – 3 | Question 4 – 6 | Question 7 & 8 | Question 9 & 10 | Question 11 & 12 | Question 13 & 14

  1. Thermal Equilibrium
  2. Concept of Heat Capacity
  3. Specific Heat Capacity
  4. Thermal Gains and Losses (Example)
  5. Latent Heat
  6. Specific Latent Heat
  7. Boyle’s Law

05 Waves

  1. Oscillation
    1. Displacement-Time Graph
    2. Damping and Force Oscillation
    3. Resonance
    4. Waves
    5. Types of Waves
    6. Finding Wavelength from Diagram
    7. Displacement-Distance Graph
    8. Phenomena of Waves
  2. Reflection
    1. Reflection of Light Wave
    2. Reflection of Sound Wave
  3. Refraction
    1. Speed of Waves
    2. Refraction of Waves at a Boundary
    3. Refraction in Daily Life
    4. Refraction of Light Wave
    5. Refraction of Sound Wave
    6. Phenomenon Related to Refraction of Sound Wave
  4. Diffraction
    1. Diffraction of Light Wave
    2. Diffraction of Sound Wave
  5. Interference
    1. Wave Pattern of Interference
    2. Interference of Light Wave
    3. Interference of Sound Wave
  6. Sound Wave
    1. Loudness and Pitch
    2. Applications of Sound Wave
  7. Electromagnetic Waves
    1. Electromagnetic Waves Spectrum
    2. Applications of Electromagnetic Waves

1. Formative Practice 5.1
2. Formative Practice 5.2
3. Formative Practice 5.3
4. Formative Practice 5.4
5. Formative Practice 5.5
6. Formative Practice 5.6
7. Formative Practice 5.7
8. Performance Evaluation 5 | Question 1 & 2 | Question 3 & 4 | Question 5 – 7 | Question 8 & 9 | Question 10 & 11

  1. Introduction to Oscillation
  2. Oscillation – Equilibrium Position
  3. Finding the Amplitude
  4. Resonance
  5. Classification of Waves
  6. Finding Wavelength from Diagram
  7. Factor Affecting Velocity, Frequency and Wavelength
  8. Ripple Tank
  9. Law of Reflection of Waves
  10. How to Draw the Wave Front Diagram
  11. Reflection of Light Wave
  12. Applications of Reflection of Light Wave
  13. Refraction of Waves at a Boundary
  14. Drawing Wavefront Diagram of Refraction
  15. Refraction of Light Wave
  16. Refraction of Sound Wave
  17. Diffraction
  18. Drawing the Wavefront of Diffracted Wave
  19. Principle of Superposition
  20. Interference
  21. Young’s Double Slits Experiment
  22. Sound Wave
  23. Applications of Sound Wave
  24. Electromagnetic Waves
  25. Spectrum of Electromagnetic Waves

Structured Questions

Oscillation

06 Light and Optics

  1. Refraction of Light
    1. Snell’s Law
    2. Refractive Index
    3. Natural Phenomenon due to Refraction of Light
  2. Total Internal Reflection and Critical Angle
    1. Phenomena Related to Total Internal Reflection
  3. Lenses
    1. Power of Lenses
    2. Convex Lens
    3. Characteristics of the Image Formed by a Convex Lens 
    4. Concave Lens
    5. Characteristics of the Image Formed by a Concave Lens
  4. Lens Equation
  5. Optical Instruments
    1. Magnifying Glass and Camera
    2. Projector
    3. Astronomical Telescope
    4. Compound Microscope
  6. Curve Mirror
    1. The Ray Diagram and the Types of Image

1. Formative Practice 6.1
2. Formative Practice 6.2
3. Formative Practice 6.3
4. Formative Practice 6.4
5. Formative Practice 6.5
6. Formative Practice 6.6
7.  Performance Evaluation 6 | Question 1 & 2 | Question 3 & 4 | Question 5 & 6 | Question 7 & 8 | Question 9 & 10

  1. The Laws of Reflection
  2. Plane Mirror
  3. Applications of Plane Mirror
  4. Law of Reflection of Light
  5. Curved Mirror
  6. Drawing Ray Diagram of Concave Mirror
  7. Drawing Ray Diagram of a Convex Mirror
  8. Refraction of Light
  9. Refraction of Light – Part 2
  10. Snell’s Law (The Laws of Refraction)
  11. Refractive Index (Law of Refraction)
  12. Real Depth and Apparent Depth (Law of Refraction)
  13. Image Formed by Convex Lens
  14. Image Formed by Concave Lens
  15. Total Internal Reflection – Critical Angle (Part 1) | Part 2 | Example 1
  16. Requirements for Total Internal Reflection to Occur
  17. Phenomena Related to Total Internal Reflection – Part 1 | Part 2
  18. Applications of Total Internal Reflection
  19. Characteristics of Image formed by a Convex Lens
  20. Camera
  21. Astronomical Telescope
  22. Compound Microscope
  23. Comparing Compound Microscope and Astronomical Telescope

FORM 5 PHYSICS (KSSM)

01 Force and Motion II

  1. Vector Quantities
    1. Vector Addition
  2. Vector Resolution
    1. Inclined Plane
  3. Forces in Equilibrium
  4. Elasticity
    1. Hooke’s Law
    2. Spring
  5. Formulae List – Mind Map

1. Formative Practice 1.1
2. Formative Practice 1.2
3. Formative Practice 1.3
4. Formative Practice 1.4 | Question 1 & 2 | Question 3 & 4
5. Performance Evaluation 1 | Question 1 – 3 | Question 4 – 6 | Question 7 – 9 | Question 10 & 11 | Question 12 & 13

  1. Introduction
  2. Distance vs Displacement – Part 1 | Part 2 | Example
  3. Speed and Velocity | Example
  4. Acceleration Part 1 | Part 2 | Example
  5. Positive and Negative Sign of Acceleration
  6. Analysing Acceleration
  7. Uniform Acceleration – Learning Focus
  8. Equation of Uniform Acceleration 
  9. Motion with Uniform Acceleration | Example 1 | Example 2 | Example 3 | Example 4 | Example 5
  10. Uniform Acceleration – Technique in Answering Calculation Questions
  11. Ticker Tape – Introduction
  12. Ticker Tape Timer
  13. Ticker Tape (Sample Question)
  14. Ticker Tape – Dots and Ticks
  15. Analysing Ticker Tape
  16. Ticker Tape Chart | Example 1
  17. Finding Time from a Ticker Tape
  18. Finding Velocity from a Ticker Tape – Part 1 | Part 2
  19. Finding Acceleration from a Ticker Tape
  20. Finding Acceleration from a Ticker Tape Chart
  21. Steps in Solving Linear Motion Problems – Part 1 (Common Mistake)
  22. Step in Solving Linear Motion Problems – Part 2 (Choose the Correct Equation)
  23. Step in Solving Linear Motion Problems – Part 3 (Substitution and solving the Equation)
  24. Steps in Solving Linear Motion Problems – Example 1 | Example 4
  25. Graph of Motion – Learning Focus
  26. Gradient of a Graph – Part 1 | Part 2
  27. Area Below the Graph
  28. Displacement-Time Graph | Continue
  29. Velocity-Time Graph | Continue
  30. Displacement – Time Graph (Exercise 1) | Exercise 2
  31. Velocity-Time Graph | Continue | Example
  32. Displacement-Time Graph to Velocity-Time Graph
  33. Acceleration-Time Graph – Part 1 | Part 2
  34. Graph of Free Falling – Part 1 | Part 2 | Part 3 | Part 4 |Part 5 | Part 6
  35. Mass and Inertia
  36. Momentum – Introduction
  37. Understanding Momentum – Part 1 | Part 2 | Part 3 |Part 4 | Part 5
  38. Principle of Conservation of Momentum – Introduction| The Equation | Summary of the Equations
  39. Applications Principle of Conservation of Momentum – Part 1 | Part 2
  40. Work Done
  41. Kinetic Energy
  42. Potential Energy
  43. Principle of Conservation of Energy
  44. Elasticity of Substances and Hooke’s Law
  45. Factors That Affect the Elasticity of Springs

02 Pressure

  1. Pressure in Liquid
    1. Pressure in Liquid – The U-Tube
    2. Characteristics of Liquid Pressure
    3. Applications of Pressure in Liquid
  2. Atmospheric Pressure
    1. Proof of Existence of Atmospheric Pressure
    2. Applications of Atmospheric Pressure
    3. Instruments to Measure Atmospheric Pressure
    4. Simple Mercury Barometer (Video1, Video2)
    5. Fortin Barometer
    6. Aneroid Barometer
  3. Gas Pressure
    1. Instruments Used to Measure Gas Pressure
    2. Bourdon Gauge
    3. Manometer
    4. Gas Trapped in a Capillary Tube 
  4. Pascal’s Principle
    1. Numerical Problems 
    2. Applications of Pascal’s Principle
  5. Archimedes’ Principle
    1. Numerical Problems
    2. Principle of Floatation
    3. Buoyant Force and Weight of Object
    4. Forces Acted on Objects Immersed in Liquid
    5. Applications of Archimedes’ Principle
  6. Bernoulli’s Principle
    1. Experiments Related to Bernoulli’s Principle
    2. Applications of Bernoulli’s Principle
  7. Formulae List – Mind Map
  1. Formative Practice 2.1
  2. Formative Practice 2.2
  3. Formative Practice 2.3
  4. Formative Practice 2.4
  5. Formative Practice 2.5
  6. Formative Practice 2.6
  7. Summative Practice 2 | Question 1 – 3 | Question 4 – 6 | Question 7 & 8 | Question 9 & 10 | Question 11 & 12
  1. Liquid Pressure
  2. Characteristics of Liquid Pressure
  3. Gas Pressure
  4. Atmospheric Pressure
  5. Simple Mercury Barometer | Examples
  6. Difference of Pressure between 2 Points
  7. Atmospheric Pressure (Sample Question)
  8. Finding Pressure in the Unit of cmHg and Pa
  9. Manometer – Part 1 | Examples
  10. Pascal’s Principle
  11. Hydraulic System
  12. Hydraulic System (Example)
  13. Archimedes’ Principle
  14. Forces Acted on Objects Immersed in Liquid
  15. Bernoulli’s Principle (Venturi Effect)
  16. Application of Bernoulli’s Principle

Structure Questions

  1. Archimedes Principle – 1
  2. Archimedes Principle – 2
  3. Archimedes Principle – 3

03 Electricity

  1. Current
    1. Potential and Potential Difference
    2. Relationship Between Current and Potential Difference
    3. Resistance
  2. Series Circuit and Parallel Circuit
    1. Resistance in series and parallel Circuit
    2. Comparing the resistance in series/parallel/combine circuit
    3. Finding the resistance of an individual resistor
    4. Current in a Circuit
    5. Potential and Potential Difference in a Circuit
    6. Finding Current in a Series Circuit
    7. Finding Current in a Parallel Circuit
    8. Finding Potential Difference in a Series Circuit
  3. Electromotive Force
    1. Difference between Electromotive Force and Potential Difference
    2. Internal Resistance and Potential Difference Drop
    3. Finding e.m.f. and Internal Resistance
  4. Electrical Energy
    1. Electrical Power
    2. Sum of the Power
    3. Power Rating
    4. Efficiency of Electrical Appliance
1. Electric Charge
2. Electric Field
3. Ping Pong Ball in an Electric Field
4. A Candle Flame in an Electric Field
5. Ohm’s Law
6. Resistance
7. Factors Affecting the Resistance
8. Series Circuit and Parallel Circuit
9. Effective Resistance in Series and Parallel Circuits
10. Current in a Circuit
11. Potential Difference in a Circuit
12. Finding Current in a Series Circuit
13. Electromotive Force (e.m.f.)
Tab Content

04 Electromagnetism

  1. Force on a Current Carrying Conductor
    1. Turning Effect of a Current-Carrying Coil in a Magnetic Field
    2. Moving Coil Meter
    3. Direct Current Motor
    4. Loud Speaker
    5. The Force between 2 Current-Carrying Conductor
  2. Electromagnetic Induction
    1. Faraday’s Law and Lenz’s Law
    2. Induced EMF and Current in a Straight Wire
    3. Induced EMF and Current in a Solenoid
    4. Application of Electromagnetic Induction
    5. DC Generator
    6. AC Generator
    7. Direct Current and Alternating Current
    8. Root Mean Square Voltage/Current
  3. Transformer
    1. Types of Transformer and Their Calculation
    2. Factors Affect the Efficiency of a Transformer
    3. Generation and Transmission of Electricity

1. Formative Practice 4.1
2. Formative Practice 4.2
3. Formative Practice 4.3
4. Performance Evaluation 4 | Question 1 & 2 | Question 3 – 5 | Question 6 – 8

  1. Electromagnet – Introduction
  2. Electromagnet – Straight Wire
  3. Right Hand Grip Rule and Maxwell’s Screw Rule
  4. Electromagnet – Flat Coil
  5. Electromagnet – Solenoid
  6. The Catapult Field
  7. Direct Current Motor
  8. Electromagnetic Induction – Pole and Direction of Current
  9. Finding the Direction of Current by Using Fleming’s Right Hand Rule
  10. Lenz’s Law
  11. Fleming’s Right-Hand Rule
  12. AC Generator
  13. Transformer – Introduction
  14. Working Principle of Transformer
  15. Types of Transformer
  16. Types of Current in A Transformer

05 Electronics

  1. Electrons
    1. Thermionic Emission
    2. Cathode Ray
  2. Semiconductor
    1. Holes and Free Electrons
    2. Flows of Free Electrons and Holes
    3. Doping a semiconductor
    4. N-Type Semiconductor
    5. P-Type Semiconductor
    6. Summary
    7. Semiconductor Diodes
    8. Forward Bias and Reverse Bias
    9. Diodes as Rectifiers
    10. Full Wave Rectification
    11. Capacitor Smoothing
  3. Transistors
    1. Connection of Transistors
    2. Current in Transistor
    3. Transistor as Current Amplifier
    4. Transistor as Automatic Switch

1. Formative Practice 5.1
2. Formative Practice 5.2
3. Formative Practice 5.3
4. Performance Evaluation 5 | Question 1 & 2 | Question 3 & 4 | Question 5 & 6

  1. Introduction to Electronics
  2. Thermionic Emission
  3. Factors Affecting the Rate of Thermionic Emission 
  4. Maltese Cross Tube
  5. Cathode Ray Oscilloscope (CRO)
  6. Using Cathode Ray Oscilloscope
  7. Conductivity of Semiconductors
  8. Semiconductor – Flow of Electrons and Holes
  9. Extrinsic Semiconductors 
  10. Semiconductor Diode
  11. Forward Bias and Reverse Bias
  12. Half-wave Rectification
  13. Full-wave Rectification
  14. Transistors
  15. How a Transistor Work?
  16. Connection of Transistor
  17. Current in a Transistor
  18. Transistor as an Amplifier
  19. Transistor as an Automatic Switch
  20. Logic Gate
  21. Types of Logic Gates

Structured Questions

  1. Cathode Ray Oscilloscope

06 Nuclear Physics

  1. The Composition of the Nucleus
  2. Radioactivity
    1. 3 Types of Radioactive Emission
    2. Characteristics of Radioactive Emission
    3. Detectors of Radiation
    4. Gold Leaf Electroscope
    5. Geiger-Muller Tube
    6. Cloud Chamber
    7. Spark-Chamber Detector
    8. Film Badge (Dosimeter)
    9. Alpha Decay
    10. Beta Decay
    11. Gamma Decay
    12. Series Decay
    13. Half-life
    14. Uses of Radioisotopes
    15. Uses of Radioisotope in Archeology
    16. Uses of Radioisotope in Industry
    17. Uses of Radioisotope in Medical
    18. Uses of Radioisotope in Agriculture
  3. Nuclear Energy
    1. Nuclear Fission
    2. Chain Reaction
    3. Nuclear Fusion
    4. Generation of Electricity from Nuclear Fission

1. Formative Practice 6.1
2. Formative Practice 6.2
3. Performance Evaluation 6 | Question 1 – 3 | Question 4 & 5 | Question 6 & 7 | Question 8 & 9 

  1. Radioactivity
  2. Radioactive Emission
  3. Characteristics of Radioactive Emission
  4. Gold Leaf Electroscope
  5. Geiger-Muller Tube
  6. Cloud Chamber & Spark Chamber Detectors
  7. Film Badge (Dosimeter)
  8. Alpha Decay, Beta Decay & Gamma Decay
  9. Half Life | Examples
  10. Nuclear Fission
  11. Nuclear Fusion
  12. Nuclear Reactor

Structured Questions

  1. Half-life

07 Quantum Physics

1. Formative Practice 7.1
2. Formative Practice 7.2
3. Formative Practice 7.3
4. Performance Evaluation 7 | Question 1 – 3 | Question 4 & 5 | Question 6 & 7 | Question 8 | Question 9 & 10 | Question 11 | Question 12 

  1. Quantum Theory of Light
  2. Photoelectric Effect
  3. Einstein’s Photoelectric Effect