What would happen to a plant that is treated with a chemical that prevents electrons from moving through the electron transport chain?
A. It could no longer produce CO2.
B. Water would be broken down to form oxygen at a higher rate to compensate.
C. It could not generate an electrochemical H+ gradient across a membrane.
D. It could not produce NADP+.
E. More electrons would be available for the light harvesting array.
C. It could not generate an electrochemical H+ gradient across a membrane.
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Which process occurs inside the mitochondria?
A) glycolysis B) fermentation C) citric acid cycle and electron transport D) glycolysis and electron transport
Small molecules and ions can pass through gap junctions.
a. true b. false
Chromosomes are replicated during the ________ phase.
A. G2 B. M C. S D. G1 E. meta-
How many quanta of light are needed to reduce one molecule of carbon dioxide to carbohydrate during photosynthesis?
A. 10-12 B. 2 C. 3 D. 4