12.0 MOTION IN A CIRCLE
12.2 CENTRIPETAL ACCELERATION
13.0 GRAVITATIONAL FIELDS
13.2 GRAVITATIONAL FORCE BETWEEN POINT MASSES
13.3 GRAVITATIONAL FIELD OF A POINT MASS
13.4 GRAVITATIONAL POTENTIAL
14.0 TEMPERATURE
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
18.2 UNIFORM ELECTRIC FIELDS
18.3 ELECTRIC FORCE BETWEEN POINT CHARGES
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
20.2 FORCE ON A CURRENT-CARRYING CONDUCTOR
20.3 FORCE ON A MOVING CHARGE
20.3.3 HALL VOLTAGE
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
22.2 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
25.0 ASTRONOMY AND COSMOLOGY
25.2 STELLAR RADII
