Module 1 Photons: Waves behaving like particles

SP2020	Jan. 31	Feb. 7
Thu 11:59 pm		Problem Quiz 38 Lab Photoelectric Effect*
Fri 10 – 12 pm	Introduction Review	Ch. 38 Problem Solving Review for Ch. 39
Fri 12 – 2 pm	Ch. 38 Photons	Lab Photoelectric Effect
Mon 11:59 pm	Conceptual Quiz 38

Module 2 Wave Nature of Particles

	Feb. 14	Feb. 21
Thu 11:59 pm		Problem Quiz 39 Lab Atomic Spectra*
Fri 10 – 12 pm	Test Ch. 38	Ch. 39 Problem Solving Review for Ch. 40
Fri 12 – 2 pm	Ch. 39 Wave Nature	Lab Analysis of Light
Mon 11:59 pm	Conceptual Quiz 39

Module 3 Quantum Mechanics

	Feb. 28	Mar. 6
Thu 11:59 pm		Problem Quiz 40 Lab QM Waves*
Fri 10 – 12 pm	Test Ch. 39	Ch. 40 Problem Solving Review for Ch. 41
Fri 12 – 2 pm	Ch. 40 Quantum Mechanics	Lab NMR Experiment
Mon 11:59 pm	Conceptual Quiz 40

Module 4 Atoms, Molecules, Solids

	Mar. 20	Mar. 27
Thu 11:59 pm		Problem Quiz 41 Lab Bound States*
Fri 10 – 12 pm	Test Ch. 40	Ch. 41 Problem Solving Ch. 42 Molecules Review for Ch. 43
Fri 12 – 2 pm	Ch. 41 Atomic Structure	Lab Bragg Diffraction
Mon 11:59 pm	Conceptual Quiz 41	Presentation Topics

Module 5 Nuclear Physics and Radioactivity

	Apr. 3	Apr. 10
Thu 11:59 pm		Problem Quiz 43 Lab NMR*
Fri 10 – 12 pm	Test Ch. 41	Ch. 43 Problem Solving Review for Ch. 37
Fri 12 – 2 pm	Ch. 43 Nuclear Physics	Lab NMR Lab Half-life
Mon 11:59 pm	Conceptual Quiz 43	Lab Radioactive Dating*

Module 6 Special Theory and Research Projects

	Apr. 17	Apr. 24
Thu 11:59 pm		Problem Quiz 37
Fri 10 – 12 pm	Test Ch. 43	Work on Presentation
Fri 12 – 2 pm	Ch. 37 Special Theory of Relativity	No lab.
Mon 11:59 pm	Conceptual Quiz 37	Presentation Draft.

Module 7 Contemporary Topics: Condensed Matter, Particles, Astrophysics

	Apr. 28	May 5
Thu 11:59 pm
Fri 10 – 12 pm	Presentations	Final Exam
Fri 12 – 2 pm	Particles/Astrophysics
Mon 11:59 pm