Physics Rox

thumbnail
SPM Physics

SPM Physics Form 5

profile
Instructor

Ms Hoo

Reviews 0 (0 Reviews)

Course Overview

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

This course consists of a series of videos in English. I am working on adding notes and quizzes.

The course is currently incomplete; however, to help students learn, I have allowed access to the course. The incomplete lesson is marked as “WIP” which means “Work in Progress”. 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: Forces and Motion II
      • 1.1 Resultant Force

        • Resultant Forces (WIP)

        • Solving Resultant Force of Perpendicular Forces (Video Lesson)

        • Solving Resultant Forces of Forces at an Angle (Video Lesson)

        • Free Body Diagrams (WIP)

        • Balanced and Unbalanced Forces (WIP)

        • Determining frictional force on a horizontal plane (WIP)

      • 1.3 Forces in Equilibrium

        • Forces in Equilibrium (Balanced Forces) (WIP)

        • Solving Forces in Equilibrium (equal angles) using calculations and scaled diagrams (Video Lesson)

        • Solving Forces in Equilibrium (unequal angles) using calculations and scaled diagrams (Video Lesson)

      • 1.4 Elasticity

        • Elasticity & Hooke's Law (Notes & Video Lesson)

        • Lab Practical: Hooke's Law (Force and Extension of Spring) (WIP)

  • Chapter 2: Pressure
      • 2.1 Pressure in Liquids

        • Pressure in Liquids (WIP)

        • Practical Demonstration: How water pressure changes with depth

        • Manometers and how they work (WIP)

        • Lab Demonstration: How manometers work

        • Practical Demonstration & Explanation: Different liquids in a U-tube and how to solve calculations

        • Build it yourself: Make your own manometer at home

      • 2.5 Archimedes' Principle

        • Archimedes' Principle (WIP)

        • Home Practical: Make a plasticine boat that floats on water

        • Home Practical: 2 ways to build a Cartesian diver

  • Chapter 3: Electricity
      • 3.1 Current and Potential Difference

        • Electric Field (WIP)

        • Strength of Electric Field (WIP)

        • Behaviour of Charged Particles (WIP)

        • Electric Current (Notes & Video Lesson)

        • Electromotive Force and Potential Difference (Notes & Video Lesson)

        • Practical Demonstration: Metallic Ping Pong Ball oscillating in an Electric Field

      • 3.2 Resistance

        • Electrical Resistance, Ohm's Law, and Factors which affect Resistance of a Wire (WIP)

        • Series and parallel circuits (WIP)

        • Lab Practical: Connecting ammeters and voltmeters in series and parallel circuits

  • Chapter 4: Electromagnetism
      • 4.2 Electromagnetic Induction

        • Magnetic effect of a current around a single wire and a coil (Notes & Video Lesson)

        • Electromagnetic Induction, Fleming's Right Hand Rule, Faraday's Law, and Lenz's Law (Notes & Video Lesson)

        • Direct Current and Alternating Current Generator (Notes & Video Lesson)

  • Chapter 5: Electronics
  • Chapter 6: Nuclear Physics
      • 6.1 Radioactive Decay

        • Nuclear Emission (Alpha, Beta, and Gamma Radiation) & Radioactive decay (Notes & Video Lesson)

        • Detection of radioactivity & background radiation (Notes & Video Lesson)

        • Half-life (Notes & Video Lesson)

        • Applications of radioactive radiation (Notes & Video Lesson)

      • 6.2 Nuclear Fission and Nuclear Fusion

        • Nuclear Fission and Nuclear Fusion (Notes & Video Lesson)

        • Energy-Mass Conservation Formula (Notes & Video Lesson)

        • Nuclear Power Plants (Notes & Video Lesson)

        • Nuclear Energy as an Alternative Energy Source (WIP)

  • Chapter 7: Quantum Physics
      • 7.3 Einstein's Photoelectric Theory

        • Einstein's Photoelectric Theory (WIP)

        • Threshold Frequency and Work Function (WIP)

        • Work Function of Metal (WIP)

        • Einstein's Equation for Photoelectric Effect (WIP)

        • Production of Photoelectric Current in a Photocell Circuit (WIP)

        • Applications of Photoelectric Effect (WIP)

    • Chapter 7 Quantum Physics - Slides with Full Notes

Free
  • Lessons 74
  • Skill Beginner
  • Last Update March 16, 2025