12.0 MOTION IN A CIRCLE

• 12.1 KINEMATICS OF UNIFORM CIRCULAR MOTION

• 12.2 CENTRIPETAL ACCELERATION

13.0 GRAVITATIONAL FIELDS

13.1 GRAVITATIONAL FIELD

13.2 GRAVITATIONAL FORCE BETWEEN POINT MASSES

13.3 GRAVITATIONAL FIELD OF A POINT MASS

13.4 GRAVITATIONAL POTENTIAL

14.0 TEMPERATURE

• 14.1 THERMAL EQUILIBRIUM

• 14.2 TEMPERATURE SCALES

• 14.3 SPECIFIC HEAT CAPACITY AND SPECIFIC LATENT HEAT

15.0 IDEAL GASES

• 15.2 EQUATION OF STATE

• 15.3 KINETIC THEORY OF GASES

16.0 THERMODYNAMICS

• 16.1 INTERNAL ENERGY

• 16.2 THE FIRST LAW OF THERMODYNAMICS

17.0 OSCILLATIONS

• 17.1 SIMPLE HARMONIC OSCILLATIONS

• 17.2 ENERGY IN SIMPLE HARMONIC MOTION

• 17.3 DAMPED AND FORCED OSCILLATIONS, RESONANCE

18.0 ELECTRIC FIELDS

• 18.1 ELECTRIC FIELDS AND FIELD LINES

• 18.2 UNIFORM ELECTRIC FIELDS

• 18.3 ELECTRIC FORCE BETWEEN POINT CHARGES

• 18.4 ELECTRIC FIELD OF A POINT CHARGE

• 18.5 ELECTRIC POTENTIAL

19.0 CAPACITANCE

• 19.1 CAPACITORS AND CAPACITANCE

• 19.2 ENERGY STORED IN A CAPACITOR

• 19.3 DISCHARGING A CAPACITOR

20.0 MAGNETIC FIELDS

• 20.1 CONCEPT OF MAGNETIC FIELD

• 20.2 FORCE ON A CURRENT-CARRYING CONDUCTOR

• 20.3 FORCE ON A MOVING CHARGE

• 20.4 MAGNETIC FIELDS DUE TO CURRENTS

• 20.5 ELECTROMAGNETIC INDUCTION

21.0 ALTERNATING CURRENT

• 21.1 CHARACTERISTICS OF ALTERNATING CURRENTS

• 21.2 RECTIFICATION AND SMOOTHING

22.0 QUANTUM PHYSICS

• 22.1 ENERGY AND MOMENTUM OF A PHOTON

• 22.2 PHOTOELECTRIC EFFECT

• 22.3 WAVE-PARTICLE DUALITY

• 22.4 ENERGY LEVELS IN ATOMS AND LINE SPECTRA

23.0 NUCLEAR PHYSICS

• 23.1 MASS DEFECT AND NUCLEAR BINDING ENERGY

• 23.2 RADIOACTIVE DECAY

24.0 MEDICAL PHYSICS

• 24.1 PRODUCTION AND USE OF ULTRASOUND IN DIAGNOSIS

• 24.2 PRODUCTION AND USE OF X-RAYS

• 24.3 PET SCANNING

25.0 ASTRONOMY AND COSMOLOGY

• 25.1 STANDARD CANDLES

• 25.2 STELLAR RADII

• 25.3 HUBBLE’S LAW AND THE BIG BANG THEORY