ESS.SCI.6.D
Evaluate scientific hypotheses for the origin of life through abiotic chemical processes.
Earth Systems Science · Texas Essential Knowledge and Skills (TEKS) · TEKS 2022
Standard Unwrapping
AI-generated as a starting point — sign in to edit.Vocabulary
scientific hypothesesorigin of lifeabiotic chemical processesevidence
Skills
- evaluate (scientific hypotheses) #dok3
- explain (abiotic chemical processes leading to the origin of life) #dok2
- analyze (evidence supporting hypotheses for the origin of life) #dok3
- summarize (various abiotic chemical processes) #dok2
Learning Targets
- I can recognize what scientific hypotheses propose about the origin of life. #dok1
- I can describe abiotic chemical processes that may have led to the origin of life. #dok2
- I can explain how abiotic chemical processes could contribute to forming life. #dok2
- I can distinguish between different scientific hypotheses for the origin of life. #dok2
- I can evaluate the supporting evidence for various hypotheses of life’s origin. #dok3
- I can analyze and critique the strengths and weaknesses of scientific hypotheses about life’s origin. #dok3
Big Ideas
- Scientific hypotheses seek to explain how life could have originated through abiotic chemical processes.
- Evaluating evidence and hypotheses about the origin of life promotes understanding of scientific inquiry and critical analysis.
Essential Questions
- What are the major scientific hypotheses for the origin of life on Earth?
- How could abiotic chemical processes contribute to the development of life?
- What evidence supports or challenges different hypotheses for the origin of life?
- How do scientists evaluate and test the validity of hypotheses about the origin of life?
- Why is it important to critically examine theories about the origin of life?