!Physics-A-Levels

Tan Seng Kwang, Ronan Downes, Aug 27, 2020

This is a curation of Geogebra apps that are relevant to the Physics Syllabus for the [url=https://www.seab.gov.sg/content/syllabus/alevel/2017Syllabus/9749_2017.pdf]Singapore-Cambridge GCE 'A' Level (9749)[/url]. This list is a work-in-progress, as I will be adding more apps whenever I find or create relevant ones. For O level apps, go to https://www.geogebra.org/m/z5nfs8qd Icon made by Freepik from www.flaticon.com

Table of Contents

  1. Measurement
    1. Accuracy and Precision
    2. Vector Addition
    3. Relative Velocity: Boat Crossing a River
    4. Vector Addition
  2. Kinematics
    1. Motion in a Straight Line Animation (with velocity)
    2. Acceleration, velocity and displacement graphs
    3. Projectile Motion
    4. Projectile Motion
    5. Kinematics of rectilinear motion
    6. Velocity and displacement graphs
    7. Acceleration and velocity graphs
    8. Resolution of Vectors
  3. Dynamics
    1. Resultant Force on a Point Mass
    2. Inclined Plane with Two Masses and a Pulley
    3. Elastic & Inelastic Collisions
  4. Forces
    1. Buoyancy
    2. Friction: Pulling a Box on a Horizontal Surface
    3. Hydrostatic Pressure and Upthrust
    4. Coplanar concurrent forces
    5. Moments
    6. Torque of a Couple
    7. Forces in Equilibrium
    8. Upthrust
  5. Work, Energy and Power
    1. Work done
    2. Work done (with initial v)
    3. Conservation of Mechanical Energy: Mass on a Vertical Spring
  6. Motion in a Circle
    1. Angular Displacement
    2. Angular Velocity
    3. Uniform Circular Motion
    4. Aircraft in Circular Motion
    5. Conical Pendulum
    6. Friction as a Centripetal Force:
    7. Vertical circular motion (uniform)
    8. Vertical non-uniform circular motion
    9. Centripetal Acceleration
  7. Gravitational Field
    1. Gravitational Potential between Two Planets
    2. Satellite in Orbit
    3. Escape Velocity
    4. Gravitational Field Strength between two masses
  8. Temperature and Ideal Gases
  9. First Law of Thermodynamics
    1. First Law of Thermodynamics
    2. PV diagram for an Ideal Gas
    3. Idealized Stirling Cycle
  10. Oscillations
    1. Simple Harmonic Oscillation of Mass-Spring System
    2. Velocity vs Displacement of Simple Harmonic Oscillation
    3. Box Losing Contact with Spring Oscillator
    4. Resonance with Masses on Springs
    5. Accelaration-time graph of simple harmonic motion
  11. Wave Motion
    1. Graphs of a Progressive Wave
    2. Polarisation Malus' Law
    3. Amplitude nach lineare Polarisation
    4. Phase difference between two particles on a wave
    5. Phase Difference between two waves
  12. Superposition
    1. Conditions for Formation of Stationary Waves
    2. Standing Waves on Strings
    3. Single Slit Diffraction Intensity - Fraunhofer limit
    4. Double Slit Interference
    5. Two source path difference
    6. Wave Interference in 3D
    7. Optical Diffraction Grating
    8. Phase Difference on a Stationary Wave
    9. Phase Difference on a Stationary Wave (fixed positions)
    10. Resonant standing wave on a stretched string
  13. Electric Fields
    1. Electric Potential
    2. Electric Potential for Multiple Point Charges
    3. Charged Particle in an Electric Field
    4. Electrostatic Forces of Two Charges on a Third
  14. Current of Electricity
    1. Internal Resistance
    2. Maximum Power Theorem
    3. Potentiometer
  15. D.C. Circuits
    1. Combination Electric Circuit with Four Identical Bulbs
    2. Resistors in Circuits
    3. Current and Voltage in a Parallel Circuit
  16. Electromagnetism
    1. Forces Between Two Current-Carrying Wires
    2. DC Motor
    3. Charged Particles in a Magnetic Field
    4. B field around a wire
    5. 3D Force on current in Magnetic field
  17. Electromagnetic Induction
    1. Magnetic Induction
    2. 3D Rotating coil
  18. Alternating Current
  19. Quantum Physics
    1. Photoelectric Effect
    2. Photoelectric effect
    3. Energy Level Diagrams
  20. Nuclear Physics
    1. Half-Life Action!!!
  21. Graphing Technique
    1. Line of Best Fit
    2. Least Squares Criterion

1.

Measurement

  • 1. Accuracy and Precision
  • 2. Vector Addition
  • 3. Relative Velocity: Boat Crossing a River
  • 4. Vector Addition

1.1.

–

1.2.

–

1.3.

–

1.4.

–

2.

Kinematics

  • 1. Motion in a Straight Line Animation (with velocity)
  • 2. Acceleration, velocity and displacement graphs
  • 3. Projectile Motion
  • 4. Projectile Motion
  • 5. Kinematics of rectilinear motion
  • 6. Velocity and displacement graphs
  • 7. Acceleration and velocity graphs
  • 8. Resolution of Vectors

2.1.

–

2.2.

–

2.3.

–

2.4.

–

2.5.

–

2.6.

–

2.7.

–

2.8.

–

3.

Dynamics

  • 1. Resultant Force on a Point Mass
  • 2. Inclined Plane with Two Masses and a Pulley
  • 3. Elastic & Inelastic Collisions

3.1.

–

3.2.

–

3.3.

–

4.

Forces

  • 1. Buoyancy
  • 2. Friction: Pulling a Box on a Horizontal Surface
  • 3. Hydrostatic Pressure and Upthrust
  • 4. Coplanar concurrent forces
  • 5. Moments
  • 6. Torque of a Couple
  • 7. Forces in Equilibrium
  • 8. Upthrust

4.1.

–

4.2.

–

4.3.

–

4.4.

–

4.5.

–

4.6.

–

4.7.

–

4.8.

–

5.

Work, Energy and Power

  • 1. Work done
  • 2. Work done (with initial v)
  • 3. Conservation of Mechanical Energy: Mass on a Vertical Spring

5.1.

–

5.2.

–

5.3.

–

6.

Motion in a Circle

  • 1. Angular Displacement
  • 2. Angular Velocity
  • 3. Uniform Circular Motion
  • 4. Aircraft in Circular Motion
  • 5. Conical Pendulum
  • 6. Friction as a Centripetal Force:
  • 7. Vertical circular motion (uniform)
  • 8. Vertical non-uniform circular motion
  • 9. Centripetal Acceleration

6.1.

–

6.2.

–

6.3.

–

6.4.

–

6.5.

–

6.6.

–

6.7.

–

6.8.

–

6.9.

–

7.

Gravitational Field

  • 1. Gravitational Potential between Two Planets
  • 2. Satellite in Orbit
  • 3. Escape Velocity
  • 4. Gravitational Field Strength between two masses

7.1.

–

7.2.

–

7.3.

–

7.4.

–

8.

Temperature and Ideal Gases


    This chapter does not contain any resources yet.

9.

First Law of Thermodynamics

  • 1. First Law of Thermodynamics
  • 2. PV diagram for an Ideal Gas
  • 3. Idealized Stirling Cycle

9.1.

–

9.2.

–

9.3.

–

10.

Oscillations

  • 1. Simple Harmonic Oscillation of Mass-Spring System
  • 2. Velocity vs Displacement of Simple Harmonic Oscillation
  • 3. Box Losing Contact with Spring Oscillator
  • 4. Resonance with Masses on Springs
  • 5. Accelaration-time graph of simple harmonic motion

10.1.

–

10.2.

–

10.3.

–

10.4.

–

10.5.

–

11.

Wave Motion

  • 1. Graphs of a Progressive Wave
  • 2. Polarisation Malus' Law
  • 3. Amplitude nach lineare Polarisation
  • 4. Phase difference between two particles on a wave
  • 5. Phase Difference between two waves

11.1.

–

11.2.

–

11.3.

–

11.4.

–

11.5.

–

12.

Superposition

  • 1. Conditions for Formation of Stationary Waves
  • 2. Standing Waves on Strings
  • 3. Single Slit Diffraction Intensity - Fraunhofer limit
  • 4. Double Slit Interference
  • 5. Two source path difference
  • 6. Wave Interference in 3D
  • 7. Optical Diffraction Grating
  • 8. Phase Difference on a Stationary Wave
  • 9. Phase Difference on a Stationary Wave (fixed positions)
  • 10. Resonant standing wave on a stretched string

12.1.

–

12.2.

–

12.3.

–

12.4.

–

12.5.

–

12.6.

–

12.7.

–

12.8.

–

12.9.

–

12.10.

–

13.

Electric Fields

  • 1. Electric Potential
  • 2. Electric Potential for Multiple Point Charges
  • 3. Charged Particle in an Electric Field
  • 4. Electrostatic Forces of Two Charges on a Third

13.1.

–

13.2.

–

13.3.

–

13.4.

–

14.

Current of Electricity

  • 1. Internal Resistance
  • 2. Maximum Power Theorem
  • 3. Potentiometer

14.1.

–

14.2.

–

14.3.

–

15.

D.C. Circuits

  • 1. Combination Electric Circuit with Four Identical Bulbs
  • 2. Resistors in Circuits
  • 3. Current and Voltage in a Parallel Circuit

15.1.

–

15.2.

–

15.3.

–

16.

Electromagnetism

  • 1. Forces Between Two Current-Carrying Wires
  • 2. DC Motor
  • 3. Charged Particles in a Magnetic Field
  • 4. B field around a wire
  • 5. 3D Force on current in Magnetic field

16.1.

–

16.2.

–

16.3.

–

16.4.

–

16.5.

–

17.

Electromagnetic Induction

  • 1. Magnetic Induction
  • 2. 3D Rotating coil

17.1.

–

17.2.

–

18.

Alternating Current


    This chapter does not contain any resources yet.

19.

Quantum Physics

  • 1. Photoelectric Effect
  • 2. Photoelectric effect
  • 3. Energy Level Diagrams

19.1.

–

19.2.

–

19.3.

–

20.

Nuclear Physics

  • 1. Half-Life Action!!!

20.1.

–

21.

Graphing Technique

  • 1. Line of Best Fit
  • 2. Least Squares Criterion

21.1.

–

21.2.

–

Information