11. Fourier transforms
10. Fourier series
9. Dirac delta functionδ(t)
8. Inverse LT
7. Laplace transform
6. Particular solutions
5. Complementary solutions
4. Why do we use Wronskian?
3. Second-order ODE
2. Euler's method
1. Linear 1st-order ODE
22. Solution of wave equation
21. Propagation of electric and magnetic fields
20. Eletromagnetics before Maxwell (before 1864)
19. Applications of emf and Faraday's law
18. Motional emf (動生電動勢Ch7-2,3)
17. Electrodynamics
16. Materials in a magnetic field
15. Magnetostatics
14. Uniqueness Theorem (Ch4-3)
13. Capacitance and capacitor (ch3-10)
12. Boundary conditions in electrostatics(Ch3-6, 3-9)
11. Dielectric strength and dielectric breakdown
10. Dielectric in an electrostatic field
9. Materials in an electrostatic field
8. Work and energy in electrostatics (Ch3-11)
7. Electric potential V(電位)
6. Gauss's law
5. Electrostatics(theory of static charges)
4. Vector identities(ch2-11)
3. Curl(旋度)
2. Divergence(散度)
1. Summary of EM theory
CH19: The Second Law of Thermodynamics
CH18: Heat, Work, and the First Law of Thermodynamics
CH17: The Thermal Behavior of Matter
CH16: Temperature and Heat
CH15: Fluid Motion
CH32: Interference and Diffraction
CH14: Wave Motion
CH13: Oscillatory Motion
CH12: Static Equilibrium
CH11: Rotational Vectors and Angular Momentum
CH10: Rotational Motion
CH9: Systems of Particles
CH8: Gravity
CH7: Conservation of Energy
CH6: Work, Energy, and Power
CH5: Using Newton’s Laws
