Such as geophysics, physics ... and even physical chemistry.
This involves all aspects.
If it is college general physics (general education)
The following is a more general content
University physics catalogue
Chapter 1 particle kinematics
1.l reference system particles
1.2 Velocity acceleration equation
1.3 linear motion
1.4 projectile motion
L.5 circular motion
Chapter II Newton's Law of Motion
2. 1 Newton's law of motion
2.2 Common forces in mechanics
2.3 Application of Newton's Law of Motion
Chapter III Conservation of Energy
3.l ability to work
3.2 kinetic energy kinetic energy theorem
3.3 potential energy
3.4 Working Principle Law of Conservation of Mechanical Energy
3.5 Law of Conservation of Energy
Chapter IV Conservation of Momentum
4. Impulse and motivation
4.2 momentum theorem of particles
4.3 Law of Conservation of Momentum
4.4 collision
4.5 rocket flight principle
4.6 Scope of application of classical mechanics
Chapter V Conservation of Angular Momentum
5. Law of conservation of angular momentum of L particles
5.2 Law of conservation of angular momentum of particle system
Reading materials 1 space travel
Reading material 2 symmetry in physics
Chapter VI Rotation of Rigid Body on Fixed Axis
6. Translation and rotation of rigid body
6.2 Moment of inertia
6.3 Law of Rotation
6.4 Kinetic Energy Theorem of Rigid Body Rotation
6.5 Law of Conservation of Angular Momentum of Rigid Body Rotation
Chapter VII Gas Dynamics Theory
7. 1 Basic concepts of gas dynamics theory
7.2 gas state parameter ideal gas state equation
7.3 Pressure formula of ideal gas
7.4 Relationship between average translational kinetic energy of gas molecules and temperature
7.5 energy equipartition theorem internal energy of ideal gas
7.6 Gas Molecular Velocity Distribution
7.7 molecular collision
Chapter VIII Thermodynamics
8. 1 internal energy work heat
8.2 First Law of Thermodynamics
8.3 Equivalent process
8.4 adiabatic process
8.5 Carnot cycle in the process of cycle
8.6 Second Law of Thermodynamics
8.7 Carnot Theorem
8.8 Statistical Significance of the Second Law of Thermodynamics
8.9 entropy
Reading material 3 plasma
Chapter 9 electrostatic field
9. I charge
9.2 Coulomb's Law
9.3 electric field intensity
9.4 Calculation of Electric Field Intensity
9.5 Gauss Theorem
9.6 Application of Gauss Theorem
9.7 Electrostatic Field Electric Displacement in Dielectric Body
9.8 potential
9.9 Calculation of electric potential
9. Relationship between10 field strength and potential
9. 1 1 conductor in electrostatic field
9. 12 capacitor
9. 13 energy of electrostatic field
Chapter 10 Constant magnetic field
10. 1 the electrical nature of magnetic phenomena
10.2 magnetic induction intensity
10.3 Biot-Savart Law
Calculation of 10.4 magnetic induction intensity
10.5 Ampere Loop Theorem Magnetic Field Intensity
Application of 10.6 Ampere Loop Theorem
10.7 force of magnetic field on current-carrying conductor
10.8 magnetic moment of magnetic field to current-carrying coil
10.9 moving charged particles
10. 10 magnetism of matter
Superconductivity of reading material 4
Chapter II XI Electromagnetic Induction and Electromagnetic Field
Basic phenomena of electromagnetic induction in 1 1. 1
1 1.2 Basic Law of Electromagnetic Induction
1 1.3 dynamic electromotive force
1 1.4 induced electromotive force
1 1.5 self-inductance and mutual inductance
1 1.6 magnetic field energy
1 1.7 electromagnetic field theory
Chapter XII Mechanical Vibration
12.l simple harmonic vibration
12.2 describes the physical quantity of simple harmonic vibration.
Energy of 12.3 resonance system
Synthesis of 12.4 Simple Harmonic Vibration
Chapter 13 Mechanical Wave
13. Formation of mechanical waves
13.2 describes the basic physical quantity of fluctuation.
Geometric description of 13.3 wave
13.4 plane harmonic
13.5 wave energy
13.6 huygens principle wave diffraction
13.7 wave interference
13.8 standing wave
13.9 sound wave
13. 10 Doppler effect
Reading material 5 ultrasound
Chapter XIV Electromagnetic Oscillation and Electromagnetic Waves
14.l electromagnetic oscillation
14.2 electromagnetic wave
Chapter 15 Interference of Light
+05. 1 light wave
15.2 coherent optical path difference
15.3 double-slit interference
15.4 thin film interference
Equal thickness interference of 15.5 thin film
15.6 Michelson interferometer equal tilt interference
Chapter XVI Diffraction of Light
Diffraction phenomenon of 16. Huygens-fresnel principle
16.2 single slit diffraction
16.3 diffraction grating
Chapter 17 Polarization of Light
17.l natural light and polarized light
17.2 has a stubborn vibration.
17.3 polarization analysis
17.4 optical birefringence
Chapter 18 Introduction to Special Relativity
18.l classic view of time and space
18.2 basic principles of special relativity
18.3 time, simultaneity and length in relativity
18.4 mass and energy in relativity
Reading material 6 general relativity
Chapter 19 Waves and Particles
19.l photoelectric effect
19.2 optical quantum Einstein photoelectric effect equation
19.3 Compton scattering
De Broglie wave of 19.4 wave-particle duality physical particles
19.5 uncertainty relation
19.6 wave function
19.7 Introduction to Quantum Mechanics
ps:
High school students mainly study uniform variable-speed movements, and classical mechanics in universities needs the knowledge of differential and integral to extend to general variable-speed movements. Learning math well is very helpful to learning physics well.