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Table. 1.

Design of flipped learning.

No Chapter Contents Method
1 The beginning of modern physics

19th-century physics

The atomic world

Preview & review of a pre-class video
2 Theory of relativity(1)

Special theory of relativity

Lorentz transformation

Time dilation

Length contraction

Preview & review of a pre-class video Task announcement Discussion Q & A Instructor evaluation Peer evaluation Quiz
3 Theory of relativity(2)

Relativistic momentum

Mass & energy

Energy & momentum

4 Theory of relativity(3)

Spacetime

Theory of general relativity

5 Particle properties of waves(1)

Blackbody radiation

Planck’s law

6 Particle properties of waves(2)

Photoelectric Effect

Quantum theory of light

X-ray

Compton effect

Duality of light

7 Particle properties of waves(3)

Pair production

Photon & gravity

Red shift

8 Mid-term exam
9 Wave properties of particles(1)

de Broglie’ matter waves

Phase velocity & group velocity

Preview & review of a pre-class video Task announcement Discussion Q & A Instructor evaluation Peer evaluation Quiz
10 Wave nature of particles(2)

Particle diffraction

Heisenberg’s Uncertainty principle for position & momentum

Uncertainty relation for energy & time

Wave-particle duality

11 Atomic structure(1)

Rutherford's atomic model

Atomic spectra

Bohr model of the hydrogen atom

Energy level & spectra

12 Atomic structure(2)

Correspondence principle

Atomic excitation

13 Atomic structure(3)

Franck-Hertz's experiment

Laser

14 Quantum mechanics

Wave function

Born’s interpretation

Schrödinger’s wave equation

Linearity & superposition

Eigenvalues & eigenfunctions

Particle in a box

15 Final exam
New Phys.: Sae Mulli 2022;72:905~913 https://doi.org/10.3938/NPSM.72.905
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