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Physics A - H556

23 sections available

Physical quantities and units

Physical quantities

Making measurements and analysing data

Measurements and uncertainties

Nature of quantities

Scalars and vectors

Motion

Projectile motion

Forces in action

Motion with non-uniform acceleration

Density and pressure

Work, energy and power

Work and conservation of energy

Kinetic and potential energies

Materials

Mechanical properties of matter

Newton’s laws of motion and momentum

Newton’s laws of motion

Charge and current

Mean drift velocity

Energy, power and resistance

Circuit symbols

Electrical circuits

Series and parallel circuits

Internal resistance

Potential dividers

Waves

Electromagnetic waves

Stationary waves

Quantum physics

The photoelectric effect

Wave–particle duality

Thermal physics

Solid, liquid and gas

Thermal properties of materials

Kinematics of circular motion

Centripetal force

Oscillations

Simple harmonic oscillations

Energy of a simple harmonic oscillator

Gravitational fields

Point and spherical masses

Newton’s law of gravitation

Planetary motion

Gravitational potential and energy

Astrophysics and cosmology

Electromagnetic radiation from stars

Capacitors

Charging and discharging capacitors

Electric fields

Point and spherical charges

Coulomb’s law

Uniform electric field

Electric potential and energy

Electromagnetism

Magnetic fields

Motion of charged particles

Electromagnetism

Nuclear and particle physics

The nuclear atom

Fundamental particles

Nuclear fission and fusion

Medical imaging

Diagnostic methods in medicine

Using ultrasound

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