SPM Physics 4531 Form 4

Instructor

Ms Hoo

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Course Overview

This course is designed for students taking Standard Based Curriculum for Secondary Schools (KSSM) – Sijil Pelajaran Malaysia (SPM) Physics 4531.

This course consists of a series of videos in English. I am working on adding notes and quizzes. I will also do my best to make a course in Bahasa Melayu.

The course is currently incomplete; however, to help students learn, I have allowed access to the course. If the lesson shows “Content Not Found” or if the lesson is not accessible, this means that the lesson is not ready and is still being developed.

Because this course is still being developed, it is currently FREE.

Course Content

Chapter 1: Measurement
Chapter 2: Forces and Motion I
Chapter 3: Gravitation
Chapter 4: Heat
Chapter 5: Waves
Chapter 6: Light and Optics

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SPM Physics 4531 Form 4

Ms Hoo

Course Overview

Course Content

1.1.1 Physical Quantities, Base Quantities, Derived Quantities

1.1.2 Scalar & Vector Quantities

Bonus Lesson: Converting Prefixes the Easy Way!

Worksheet: Expressing derived quantities in terms of base quantities and SI base units

1.2.1 Stating the Relationship of Graphs

1.2.2 How to draw a Best Fit Line Graph

1.2.3 Analysing Graphs to Summarise an Investigation

1.2.4 Scientific Investigation of a Pendulum

1.2.5 How to calculate the gradient of a simple pendulum graph

Home Experiment: How to conduct a pendulum experiment at home

2.1.1 Stationary, Uniform Velocity, Non-Uniform Velocity

2.1.2 Linear Motion

2.1.3 Deriving Linear Motion Equations

2.1.4 Applying Linear Motion Equations

2.2.1 Linear Motion Graphs for distance, speed, displacement, velocity, and acceleration

2.2.2 Observe how Motion Graphs correspond with a Moving Object

2.2.3 Convert and Sketch Linear Motion Graphs

Module Book: Solving Questions on Linear Motion Graph

Home Experiment: Observing objects moving down a ramp and how to obtain a linear motion graph

Lab Practical: Ticker Timers

Analysing Ticker Tapes

2.3.1 Free Fall and Gravitational Acceleration

Lab Demonstration: Freefall with photogate system

Home Experiment: Observing free fall at home

Module Book: Solving Questions on Free Fall

2.4.1 Introduction to Inertia

2.4.2 Effects of Inertia in Daily Life

Lab Experiment: Relationship between Inertia and Mass

2.5.1 Introduction to Momentum

2.5.2 Principle of Conservation of Momentum

2.6.1 Force

Bonus Lesson: Newton's Three Laws of Motion

2.7.1 Impulse and Impulsive Force

2.8.1 Weight

3.1.1 Newton's Universal Law of Gravitation

3.1.2 Relate gravitational acceleration with the universal gravitational constant

3.1.3 Values of the gravitational acceleration of the planets in the Solar System

3.1.4 Centripetal Force

3.1.5 Determine the mass of the Earth and the Sun

3.2.1 Introduction to Kepler's Laws

3.2.2 Solving Problems using Kepler's Third Law

3.3.1 Orbital Velocity of a Satellite

3.3.2 Geostationary and Non-geostationary Satellites

3.3.3 Escape Velocity

4.1.1 Introduction to Thermal Equilibrium

4.1.2 Calibrating Thermometers

4.2.1 Heat Capacity and Specific Heat Capacity

Lab Practical: Specific Heat Capacity of Water and Aluminium

4.3.1 Specific Latent Heat

4.4.1 Kinetic Theory of Gas

4.4.2 Gas Laws: Boyle's Law, Charles' Law, Gay-Lussac Law, Universal Gas Laws

5.1.1 Introduction to Waves

5.1.2 Types of Waves

5.1.3 Wave Graphs

5.1.4 Wave Speed

5.2.1 Damping and Resonance for an Oscillating / Vibrating System

5.2.2 Effects of Resonance

Build it yourself: Barton's Pendulum

Build it yourself: How to make your own ripple tank

5.3.1 Reflection of Waves

5.3.2 How to Draw Reflection of Waves

5.3.3 Applications of Reflection of Waves

5.4.1 Refraction of Waves

5.4.2 How to Draw Refraction of Waves

5.4.3 Natural Phenomena of Refraction of Waves in Daily Life

5.4.4 Solving Problems involving Refraction of Waves

5.5.1 Diffraction of Waves

5.5.2 Applications of Diffraction of Waves

5.6.1 Principle of Superposition of Waves

5.6.2 Interference of Waves

5.6.3 Solving Problems involving Interference of Waves

5.6.4 Applications of Interference of Waves

5.7 Electromagnetic Waves and the Electromagnetic Spectrum

6.1 Refraction of Light, Refractive Index and Snell's Law

Lab Practical: How to observe light refraction with a glass block and a ray box

Lab Experiment: Refractive Index using Real Depth and Apparent Depth