Exercise Guidance —— College Physics General Course
The first article mechanics
Chapter 65438 +0 particle kinematics
1. 1 executive summary
1.2 linear motion
1.3 curvilinear motion and relative motion
Chapter 2 The Basic Laws of Newtonian Mechanics
2. 1 executive summary
2.2 Application of Newton's Law
Reference example
Chapter III Momentum Change Theorem and Momentum Conservation
3. 1 executive summary
3.2 momentum change theorem and momentum conservation law
Chapter IV Kinetic Energy and Potential Energy-Mechanical Energy Change Theorem and Conservation of Mechanical Energy
4. 1 executive summary
4.2 Kinetic Energy Conversion Theorem and Mechanical Energy Conversion Theorem
4.3 Law of conservation of mechanical energy and law of conservation of momentum
Reference example
Chapter V Theorem of Angular Momentum Change and Conservation of Angular Momentum
5. 1 executive summary
5.2 Law of angular momentum change and law of angular momentum conservation
Reference example
Chapter VI Theorem of Centroid Mechanics
6. 1 executive summary
6.2 Theorem of Centroid Mechanics
Chapter VII Rigid Body Mechanics
7. 1 executive summary
7.2 rigid fixed shaft transshipment
7.3 Plane Parallel Motion of Rigid Body
Chapter VIII Vibration
8. 1 executive summary
8.2 Simple harmonic vibration
8.3 Synthesis of Simple Harmonic Vibration and Simple Harmonic Vibration
Chapter IX Fluctuation
Chapter 10 fluid mechanics
The second article on heat
Chapter 65438 +0 Equilibrium State and Equation of State
Chapter II Statistical Distribution Law of Equilibrium State
The third chapter is the transport process of near-equilibrium state
Chapter 4 The First Law of Thermodynamics
Chapter V The Second Law of Thermodynamics
Third electromagnetism
Chapter 65438 +0 electrostatic field
Chapter 2 Conductors and Dielectric in Electrostatic Field
Chapter III Direct Current
Chapter 4 Constant Magnetic Field
Chapter V Magnetic Media
Chapter VI Electromagnetic Induction
Chapter VII Alternating Current
Chapter 8 Maxwell's electromagnetic field theory
The fourth part is optics. Modern physics
Chapter 65438 Interference of +0 light
Chapter II Diffraction of Light
Chapter III Polarization of Light
Chapter 4 Relativity Theory
college physics
Chapter I Research Objects and Methods of Physics
1- 1 matter and motion
1-2 physical method
Measurement of physical quantities in 1-3 unit system
utilize
Chapter II Physics and Science and Technology
2- 1 universality of physical laws
2-2 Physics and Modern Science and Technology
utilize
Chapter 2 B- inch space, space and motion
Chapter III Sports Description
3- 1 time and space
3-2 particle kinematics
3-3 Rigid Body Kinematics
utilize
Chapter IV Relativity of Time and Space
4- 1 classical space-time transformation
4-2 Special Relativity Space-time Transformation
4-3 Space-time View of Special Relativity
4-4 speed limit four-dimensional space-time
utilize
Chapter III Law of Conservation
Chapter V Law of Conservation of Momentum
5- 1 momentum conservation law
5-2 momentum theorem
5-3 Newton's Law
utilize
Chapter VI Law of Conservation of Angular Momentum
6- 1 conservation law of angular momentum
6-2 Precession of Fixed Axis Rotation of Rigid Body
utilize
Chapter VII Relativistic Dynamics of Conservation Law of Mechanical Energy
7- 1 kinetic energy theorem
7-2 Law of Conservation of Mechanical Energy
7-3 Quantization of Energy and Angular Momentum
7-4 Relativistic Dynamics
utilize
Chapter VIII Symmetry and Conservation Law
8- 1 Basic Laws of Interaction and Conservation
8-2 Conservation Law and Symmetry
Chapter IV Interactive Field
Chapter 9 Gravitational Field
9- 1 gravitational field strength gravitational potential gradient
9-2 Gauss Theorem and Loop Theorem of Gravitational Field
Basic equation and dynamic properties of 9-3 gravity field
Introduction to 9-4 General Relativity
utilize
Chapter 10 Electrostatic field
10- 1 charge electric field strength
Gauss Theorem and Loop Theorem of 10-2 Electrostatic Field
10-3 interaction between electrostatic field and conductor
10-4 interaction between electrostatic field and dielectric
10-5 charged particles in electrostatic field
utilize
Chapter 11 Constant magnetic field
1 1- 1 electric and magnetic fields of moving charges
1 1-2 constant current magnetic field
Motion of charged particles in a constant magnetic field
1 1-4 interaction between magnetic field and magnetic medium
utilize
Chapter 12 changing electromagnetic field
12- 1 electromagnetic induction
12-2 self-inductance and mutual inductance
12-3 magnetic field energy
Maxwell equations +02-4
12-5 electromagnetic wave
utilize
Chapter 13 Nuclei and Strong and Weak Interaction Fields
13- 1 core
13-2 strong and weak interaction fields
Introduction to 13-3 unified field theory
utilize