Nuclear Power and Nuclear Decay Problems
Journal
Nuclear Power
Nuclear power is created through either Nuclear Fission (splitting a nucleus) or Nuclear Fusion (joining two nuclei). Both of these processes release very large amounts of energy. Many times more energy is released in nuclear reactions than in chemical reactions. Below is a diagram of how a nuclear power plant operates. A description can also be found in your book on page 73.
Nuclear power is created through either Nuclear Fission (splitting a nucleus) or Nuclear Fusion (joining two nuclei). Both of these processes release very large amounts of energy. Many times more energy is released in nuclear reactions than in chemical reactions. Below is a diagram of how a nuclear power plant operates. A description can also be found in your book on page 73.
Nuclear Decay Problems
Attached below is a practice worksheet for nuclear decay equations. Use the notes we added to the table on page 66 in your book to help you work through the practice problems. The key is also attached.
THERE WILL BE A TEST ON ELECTROMAGNETIC AND NUCLEAR RADIATION ON FRIDAY!!!! The review for the test is also attached below as well as the key for the review.
Attached below is a practice worksheet for nuclear decay equations. Use the notes we added to the table on page 66 in your book to help you work through the practice problems. The key is also attached.
THERE WILL BE A TEST ON ELECTROMAGNETIC AND NUCLEAR RADIATION ON FRIDAY!!!! The review for the test is also attached below as well as the key for the review.
nuclear_decay_reactions_worksheet.doc |
nuclear_decay_reactions_key.pdf |
chemistry_checklist-_nuclear_chemistry.doc |
checklist_answers.docx |