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This unit bundles student expectations that examine modern physics, such as quantum mechanics as it relates to atomic structure, the dual nature of light, nuclear reactions, line spectra, and forces in nature (general relativity – Possible pre-AP extension). Students investigate the topics of atomic, nuclear, and quantum phenomena. They research the photoelectric effect and the dual nature of light, the emission spectra produced by various atoms, the significance of mass-energy equivalence, radioactivity and nuclear stability, and commercial uses of nuclear power and medicine.
ASSIGNMENT 1:
1. Watch the video on the development of Einstein's theory of relativity.
2. Write a typed, one page double-spaced response to the video.
3. You might include: What was impactful about his work? What was interesting? How has his work contributed to current technology or knowledge?
ASSIGNMENT 2:
1. Watch the video above on nuclear forces.
2. As you watch, create a bubble map on Nuclear Forces.
ASSIGNMENT 3:
1) Watch the videos above on nuclear fission v. nuclear fusion.
2) Create a Venn diagram comparing and contrasting nuclear fusion and fission.
ASSIGNMENT 4:
1. Choose one concept from the list below.
2. Research the concept, and create and share a multimedia presentation.
Concepts may include:
- Quantum mechanics
- Dual nature of light
- Nuclear reactions
- Line emission spectroscopy
- Other concepts as appropriate including general relativity
Presentations should include the following:
- Description of the impact of the scientific principle on modern life
- Description of historical development of the concept and relevant contributions of scientists
- An example of a calculation relevant to the concept
- Concrete applications of the concept being used in modern life
- An explanation of how the application demonstrates the concept
- Examples of careers utilizing the concept
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