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Risk-Benefit Analysis of Nuclear Power and Waste Disposal

Nuclear Chemistry and Society
10th Grade·Science·TEKS
Updated 1 month ago · 4 views

Conduct a cost-benefit analysis comparing carbon-free nuclear electrical generation against radioactive waste containment challenges.

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Public learning track

Nuclear Chemistry and Society

10th Grade · Science · TEKS

8 lessons

Goal

Understand radioactive decay, half-life calculations, nuclear fission/fusion, and evaluate nuclear technology applications.

8 lessons
0 of 8 done
  1. Energy Changes During Nuclear ReactionsUp next
  2. Alpha, Beta, and Gamma Radioactive Decay EquationsNot started yet
  3. Half-Life Concepts and Decay Rate CalculationsNot started yet
  4. Fission, Fusion, and Mass DefectNot started yet
  5. Evaluating Nuclear Technology Applications and Society ImpactNot started yet
  6. Risk-Benefit Analysis of Nuclear Power and Waste DisposalYou are here
  7. Analyzing Scientific Explanations Using Empirical EvidenceNot started yet
  8. Critiquing Scientific Solutions Through Experimental TestingNot started yet
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Learning standards covered

us-tx112.43(b)(4)(B)Texas Essential Knowledge and Skills (TEKS) · Science · 10th Grade

relate the impact of past and current research on scientific thought and society, including research methodology, cost-benefit analysis, and contributions of diverse scientists as related to the content; and

Open Global Standard:OGS.11.SEP.6
GlobalOGS.11.SEP.6