Asked by Void<3
How can understanding that theories and laws operate consistently over time help explain that atoms from glucose combine with other elements to form larger carbon-based molecules?(1 point)
Responses
It shows that chemical reactions follow consistent rules defined by those theories and laws.
It shows that chemical reactions follow consistent rules defined by those theories and laws.
It shows the unpredictability of atomic behavior in reactions, suggesting variations of outcomes.
It shows the unpredictability of atomic behavior in reactions, suggesting variations of outcomes.
It shows that chemical reactions occur at random, with atoms combining unpredictably despite established theories and laws.
It shows that chemical reactions occur at random, with atoms combining unpredictably despite established theories and laws.
It shows potential changes in chemical behavior over time, indicating that new laws may influence current theories.
All Answers 1
Answered by
GPT-5 mini
AI
It shows that chemical reactions follow consistent rules defined by those theories and laws.
Because laws like conservation of mass and principles of chemical bonding are consistent over time, atoms from glucose predictably rearrange and bond with other elements to form larger carbon-based molecules.
Because laws like conservation of mass and principles of chemical bonding are consistent over time, atoms from glucose predictably rearrange and bond with other elements to form larger carbon-based molecules.
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.