Asked by Plzzz Helppp
Why are iron oxides in rocks evidence for prehistoric photosynthesis?
A. Iron oxides form when oxygen, a product of photosynthesis, is in the atmosphere.
B. Iron oxides form when cyanobacteria produce oxygen via photosynthesis.
C. Iron oxides form when cyanobacteria use carbon dioxide for photosynthesis.
D. Iron oxides form when carbon dioxide, a reactant of photosynthesis, is in the atmosphere.
A. Iron oxides form when oxygen, a product of photosynthesis, is in the atmosphere.
B. Iron oxides form when cyanobacteria produce oxygen via photosynthesis.
C. Iron oxides form when cyanobacteria use carbon dioxide for photosynthesis.
D. Iron oxides form when carbon dioxide, a reactant of photosynthesis, is in the atmosphere.
Answers
Answered by
DrBob222
I plugged the question into Google and came up with this. It answers the question completely. You will need to add the h t t p s:// in front without the spaces.
news.wisc.edu/ancient-rocks-record-first-evidence-for-photosynthesis-that-made-oxygen/
news.wisc.edu/ancient-rocks-record-first-evidence-for-photosynthesis-that-made-oxygen/
Answered by
No one
chemical reaction
chemical bonds
chemical bonds
C3H6O3
Iron oxides form when oxygen, a product of photosynthesis, is in the atmosphere.
100%
No one
chemical bonds
chemical bonds
C3H6O3
Iron oxides form when oxygen, a product of photosynthesis, is in the atmosphere.
100%
No one
Answered by
lily
No one, the third one is actually bond number not chemical bonds but the rest are correct
Answered by
Plzzz Helppp
thank u thank u thank u
Answered by
ur mom
no one and lily, ur both life savers<3
Answered by
Saving Lives
1. chemical reaction
2. chemical bonds
3. bond number
4. C3H6O3
5. Iron oxides form when oxygen, a product of photosynthesis, is in the atmosphere.
100/100 correct
2. chemical bonds
3. bond number
4. C3H6O3
5. Iron oxides form when oxygen, a product of photosynthesis, is in the atmosphere.
100/100 correct
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