GCE 'O' Level Physics

Tan Seng Kwang, Aug 24, 2018

This is a curation of Geogebra apps that are relevant to the Physics Syllabus for the Singapore-Cambridge GCE 'O' Level (5059). For A level apps, go to https://www.geogebra.org/m/dgedzmz3 Icon made by [url=https://www.flaticon.com/authors/nhor-phai]Nhor Phai[/url] from www.flaticon.com

Table of Contents

  1. Physical Quantities, Units and Measurement
    1. Using a Vernier Scale
    2. Vernier Calipers
    3. Vernier calipers with zero error
    4. Micrometer with zero error
    5. Standard Form and Prefixes
  2. Kinematics
    1. Displacement-time graph: average and instantaneous velocity
    2. Position, Velocity, and Acceleration vs. Time Graphs
    3. Acceleration Interaction Animation
    4. Parachute Applet by Abdul Latiff
    5. Vertical Throw
    6. Equations of Motion
    7. Bouncing Ball
  3. Dynamics
    1. Resultant Force on a Point Mass
    2. Forces in Equilibrium
    3. Forces on a Box on a Slope
    4. Dynamics Problem
  4. Mass, Weight and Density
    1. Mass, Volume, and Density
  5. Turning Effect of Forces
    1. Moments
    2. Moment of a Force
    4. Stability with varying centre of gravity
    5. Equilibrium of a Wall Shelf
    6. Girl on suspended plank
  6. Pressure
    1. Fluid Pressure in a Reservoir
    2. Pressure in a U Tube
    3. Pascal's Principle in a Hydraulic Lift
    4. Hydraulic Press
    5. U Tube Manometer
  7. Energy, Work and Power
    1. Work Done
    2. Graphs of Energy II
    3. Conservation of Mechanical Energy: Mass on a Vertical Spring
    4. Simple Harmonic Oscillation of Mass-Spring System
  8. Kinetic Model of Matter
    1. Simple model of heating a metal
  9. Transfer of Thermal Energy
  10. Temperature
  11. Thermal Properties of Matter
  12. General Wave Properties
    1. Linear Wavefront
    2. Circular Wavefronts
    3. Measuring Speed of a Wave
    4. Graphs of a Progressive Wave
    5. Progressive wave particle movement
    6. Transverse and Longitudinal Progressive Waves
    7. Longitudinal Waves as Displacement-Distance Graph
    8. Graph of Longitudinal Wave
  13. Light
    1. Reflection from a Plane Mirror
    2. Snell's Law
    3. Ray diagram for converging lens
    4. Copy of Optics of the Human Eye
    5. Converging Lens
    6. Concave Mirror
    7. Apparent Depth V1
    8. Thin Converging Lens (Movable)
    9. Critical Angle for Total Internal Reflection
    10. Reflection visible or not
    11. Reflection and Refraction
    12. Where is the Fish? A Refraction Simulation
    13. Apparent Depth V2
    14. Refraction Self-Test
  14. Electromagnetic Spectrum
    1. Electromagnetic Waves
  15. Sound
    1. Frequency and Amplitude of Sound
    2. Sound Wave (Displacement and Pressure)
  16. Static Electricity
  17. Current of Electricity
    1. I-V characteristics (resistor)
    2. Voltmeter
  18. D.C. Circuits
    1. Combination Electric Circuit with Four Identical Bulbs
    2. Current and Voltage in a Parallel Circuit
    3. Electric Circuits
    4. DC Motor 3D
  19. Practical Electricity
    1. Practical Electricity
  20. Magnetism
    1. 3D Magnetic field from magnet
  21. Electromagnetism
    1. DC Motor
    2. B field around a wire
    3. Fleming's left hand rule
    4. Fleming's left hand rule
    5. DC Motor 2D
  22. Electromagnetic Induction
    1. Magnetic Induction
    2. oscilloscope translated
    3. AC Generator 3D
    4. AC Transformer
    5. Signal Generator and Oscilloscope (English)

1.

Physical Quantities, Units and Measurement

  • 1. Using a Vernier Scale
  • 2. Vernier Calipers
  • 3. Vernier calipers with zero error
  • 4. Micrometer with zero error
  • 5. Standard Form and Prefixes

1.1.

–

1.2.

–

1.3.

–

1.4.

–

1.5.

–

2.

Kinematics

  • 1. Displacement-time graph: average and instantaneous velocity
  • 2. Position, Velocity, and Acceleration vs. Time Graphs
  • 3. Acceleration Interaction Animation
  • 4. Parachute Applet by Abdul Latiff
  • 5. Vertical Throw
  • 6. Equations of Motion
  • 7. Bouncing Ball

2.1.

–

2.2.

–

2.3.

–

2.4.

–

2.5.

–

2.6.

–

2.7.

–

3.

Dynamics

  • 1. Resultant Force on a Point Mass
  • 2. Forces in Equilibrium
  • 3. Forces on a Box on a Slope
  • 4. Dynamics Problem

3.1.

–

3.2.

–

3.3.

–

3.4.

–

4.

Mass, Weight and Density

  • 1. Mass, Volume, and Density

4.1.

–

5.

Turning Effect of Forces

  • 1. Moments
  • 2. Moment of a Force
  • 3.
  • 4. Stability with varying centre of gravity
  • 5. Equilibrium of a Wall Shelf
  • 6. Girl on suspended plank

5.1.

–

5.2.

–

5.3.

–

5.4.

–

5.5.

–

5.6.

–

6.

Pressure

  • 1. Fluid Pressure in a Reservoir
  • 2. Pressure in a U Tube
  • 3. Pascal's Principle in a Hydraulic Lift
  • 4. Hydraulic Press
  • 5. U Tube Manometer

6.1.

–

6.2.

–

6.3.

–

6.4.

–

6.5.

–

7.

Energy, Work and Power

  • 1. Work Done
  • 2. Graphs of Energy II
  • 3. Conservation of Mechanical Energy: Mass on a Vertical Spring
  • 4. Simple Harmonic Oscillation of Mass-Spring System

7.1.

–

7.2.

–

7.3.

–

7.4.

–

8.

Kinetic Model of Matter

  • 1. Simple model of heating a metal

8.1.

–

9.

Transfer of Thermal Energy


    This chapter does not contain any resources yet.

10.

Temperature


    This chapter does not contain any resources yet.

11.

Thermal Properties of Matter


    This chapter does not contain any resources yet.

12.

General Wave Properties

  • 1. Linear Wavefront
  • 2. Circular Wavefronts
  • 3. Measuring Speed of a Wave
  • 4. Graphs of a Progressive Wave
  • 5. Progressive wave particle movement
  • 6. Transverse and Longitudinal Progressive Waves
  • 7. Longitudinal Waves as Displacement-Distance Graph
  • 8. Graph of Longitudinal Wave

12.1.

–

12.2.

–

12.3.

–

12.4.

–

12.5.

–

12.6.

–

12.7.

–

12.8.

–

13.

Light

  • 1. Reflection from a Plane Mirror
  • 2. Snell's Law
  • 3. Ray diagram for converging lens
  • 4. Copy of Optics of the Human Eye
  • 5. Converging Lens
  • 6. Concave Mirror
  • 7. Apparent Depth V1
  • 8. Thin Converging Lens (Movable)
  • 9. Critical Angle for Total Internal Reflection
  • 10. Reflection visible or not
  • 11. Reflection and Refraction
  • 12. Where is the Fish? A Refraction Simulation
  • 13. Apparent Depth V2
  • 14. Refraction Self-Test

13.1.

–

13.2.

–

13.3.

–

13.4.

–

13.5.

–

13.6.

–

13.7.

–

13.8.

–

13.9.

–

13.10.

–

13.11.

–

13.12.

–

13.13.

–

13.14.

–

14.

Electromagnetic Spectrum

  • 1. Electromagnetic Waves

14.1.

–

15.

Sound

  • 1. Frequency and Amplitude of Sound
  • 2. Sound Wave (Displacement and Pressure)

15.1.

–

15.2.

–

16.

Static Electricity


    This chapter does not contain any resources yet.

17.

Current of Electricity

  • 1. I-V characteristics (resistor)
  • 2. Voltmeter

17.1.

–

17.2.

–

18.

D.C. Circuits

  • 1. Combination Electric Circuit with Four Identical Bulbs
  • 2. Current and Voltage in a Parallel Circuit
  • 3. Electric Circuits
  • 4. DC Motor 3D

18.1.

–

18.2.

–

18.3.

–

18.4.

–

19.

Practical Electricity

  • 1. Practical Electricity

19.1.

–

20.

Magnetism

  • 1. 3D Magnetic field from magnet

20.1.

–

21.

Electromagnetism

  • 1. DC Motor
  • 2. B field around a wire
  • 3. Fleming's left hand rule
  • 4. Fleming's left hand rule
  • 5. DC Motor 2D

21.1.

–

21.2.

–

21.3.

–

21.4.

–

21.5.

–

22.

Electromagnetic Induction

  • 1. Magnetic Induction
  • 2. oscilloscope translated
  • 3. AC Generator 3D
  • 4. AC Transformer
  • 5. Signal Generator and Oscilloscope (English)

22.1.

–

22.2.

–

22.3.

–

22.4.

–

22.5.

–

Information