Arrange the steps in the Calvin cycle in order from earliest to latest
A. carboxylation, reduction, regeneration
B. reduction, regeneration, carboxylation
C. regeneration, carboxylation, reduction
D. carboxylation, regeneration, reduction
E. reduction, carboxylation, regeneration
A
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When an enzyme-catalyzed reaction reaches equilibrium ____
a. the enzymes are now inhibited b. the chemical reactions cease c. the rate of the forward and reverse reactions are equal d. the concentration of reactants equals the concentration of products e. ATP is no longer required to drive the reaction
If you were told to use a fluorescent antibody that binds to sodium channels to view the origin of nerve impulses, what area on the neuron would have the greatest antibody fluorescence?
A. trigger zone B. axon C. synapse D. Schwann cell E. dendrite
What hypothetical hormone promotes flowering but has never been successfully isolated?
a. florigen b. ubiquitin c. jasmonic acid d. brassinosteroids e. methyl salicylat
Grand Rapids variety of lettuce produces seeds that will not germinate unless they are exposed to light
Phytochrome is also involved in that exposure to red light stimulates germination and far-red light inhibits germination. However, the effect of red light can be reversed by an immediate exposure to farred light--and vice versa. You design an experiment in which you expose seeds of Grand Rapids lettuce first to red light, then immediately to far-red light, and then immediately to red light again. Would these seeds germinate? Use your knowledge of the phytochrome molecule to explain your reasoning. What if the seeds were exposed first to red light, then immediately to far-red light, then immediately to red light again, and then immediately to far-red light again What will be an ideal response?