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Subject · Physics

Physics Courses

Connect measurable change, force, energy, fields and waves through models and experiments.
Course map

Choose one coherent pathway

Each Course will open into Volumes, Chapters, six-Concept Arcs and numbered Questions.

01Priority pathway

Measurement and Motion

Build physical reasoning from units, vectors and changing position.

  1. Units and measurements
  2. Motion in a straight line
  3. Motion in a plane
  4. Projectile motion
  5. Circular motion
Curriculum mapped
02IISER mapped

Mechanics

Explain motion using forces, energy, momentum, rotation and gravitation.

  1. Laws of motion
  2. Work, energy and power
  3. Systems of particles
  4. Rotational motion
  5. Gravitation
Curriculum mapped
03IISER mapped

Matter and Fluids

Connect microscopic interactions to elasticity, pressure and flow.

  1. Mechanical properties of solids
  2. Stress and strain
  3. Mechanical properties of fluids
  4. Bernoulli's principle
  5. Viscosity and surface tension
Curriculum mapped
04IISER mapped

Thermal Physics

Distinguish heat, temperature, energy transfer and statistical particle behaviour.

  1. Thermal properties of matter
  2. Calorimetry and heat transfer
  3. Thermodynamics
  4. Thermodynamic processes
  5. Kinetic theory
Curriculum mapped
05IISER mapped

Oscillations and Waves

Recognise how local repetition produces travelling information and interference.

  1. Simple harmonic motion
  2. Energy in oscillation
  3. Wave motion
  4. Superposition
  5. Reflection and beats
Curriculum mapped
06IISER mapped

Electricity and Magnetism

Build fields, circuits and induction from charge, force and energy conservation.

  1. Electrostatics
  2. Potential and capacitance
  3. Current electricity
  4. Magnetism
  5. Induction, AC and electromagnetic waves
Curriculum mapped
07IISER mapped

Optics

Use ray and wave models where each model explains different evidence.

  1. Reflection
  2. Refraction and lenses
  3. Optical instruments
  4. Interference and diffraction
  5. Polarisation
Curriculum mapped
08IISER mapped

Modern Physics and Electronics

Follow the evidence that forces classical models to change.

  1. Dual nature of radiation and matter
  2. Atoms
  3. Nuclei
  4. Radioactivity and nuclear energy
  5. Semiconductor electronics
Curriculum mapped