n mechanism, photophosphorylation is the majority of similar to __________.In device, photophosphorylation is many similar to __________.carbon fixationsubstrate-level phosphorylation in glycolysisoxidative phosphorylation in cellular respirationreduction of NADP+
NADP superscript plus sign, ADP, and H2O react in light reactions in the visibility of light to create ATP, NADPH, and also O2. ATP, NADPH, and also CO2 are used in the Calvin Cycle to produce ADP, NADP supermanuscript plus sign, and also sugar made of CH2O monomers.Select the correct statement around the Calvin cycle.The Calvin cycle has actually 3 phases: carbon fixation, reduction, and rebirth of RuBP.The fundamental attribute of the Calvin cycle is the convariation of solar power to chemical power.The Calvin cycle takes area generally in the dark.

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Which of the complying with sequences correctly represents the flow of electrons in the time of photosynthesis?NADPH → electron transport chain → O2NADPH → O2 → CO2H2O → NADPH → Calvin cycleH2O → photomechanism I → photomechanism II
Which procedure is a lot of directly driven by light energy?reduction of NADP+ moleculesATP synthesisremoval of electrons from chlorophyll moleculesdevelopment of a pH gradient by pumping prolots across the thylakoid membrane
Select all that apply.The fundamental function of fermentation is the production of ethyl alcohol or lactic acid.The standard function of fermentation is the manufacturing of added ATP by better oxidation of the assets of glycolysis.The standard function of fermentation is the rejuvenation of NAD+, which enables continued ATP production by glycolysis.Select all that apply.The fundamental attribute of fermentation is the manufacturing of ethyl alcohol or lactic acid.The basic function of fermentation is the production of extra ATP by better oxidation of the assets of glycolysis.The standard attribute of fermentation is the rebirth of NAD+, which allows continued ATP production by glycolysis.
The basic feature of fermentation is the regeneration of NAD+, which allows ongoing ATP production by glycolysis.
How does an enzyme rise the rate of the chemical reaction it catalyzes?An enzyme reduces the cost-free power of activation (EA) of the reactivity it catalyzes.An enzyme reduces the free-power readjust (ΔG) of the reactivity it catalyzes.An enzyme"s active website binds just the reactants, and not the assets of a reactivity, pushing the equilibrium for the reactivity far to the best.
A glucose molecule is completely broken dvery own to carbon dioxide and water in glycolysis and the citric acid cycle, yet together these 2 processes yield just a few molecules of ATP. What happened to many of the power that the cell obtains from the oxidation of glucose?It is stored in pyruvate.It is stored in the ATP that was created by glycolysis and also the citric acid cycle.It is stored in the carbon dioxide and water molecules released by these processes.It is stored in NADH and FADH2It was shed as warm.
When electrons circulation alengthy the electron transfer chains of mitochondria, which of the complying with changes occur?NAD+ is oxidized.The pH of the matrix increases.The electrons get cost-free energy.ATP synthase pumps proloads by energetic carry.
In the absence of oxygen, what is the net get of ATP for each glucose molecule that enters glycolysis?four ATPnone, because all of the easily accessible energy stays in either lactate or ethanolnone, because in the lack of oxygen, no ATP deserve to be made2 ATPapproximately 30 ATP
Which of the following statements about the chemiosmotic synthesis of ATP is correct?The energy for manufacturing of ATP from ADP comes directly from a gradient of electrons across the inner mitochondrial membrane.Oxygen participates directly in the reactivity that provides ATP from ADP and P.The chemiosmotic synthesis of ATP needs that the electron move in the inner mitochondrial membrane be coupled to proton move across the exact same membrane.The chemiosmotic synthesis of ATP occurs just in eukaryotic cells because it occurs in mitochondria.Chemiosmotic ATP synthesis calls for oxygen.
The chemiosmotic synthesis of ATP requires that the electron move in the inner mitochondrial membrane be coupcaused proton transfer throughout the exact same membrane.

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The binding of a compound to an enzyme is oboffered to sluggish dvery own or stop the rate of the reactivity catalyzed by the enzyme. Increasing the substprice concentration reduces the inhibitory results of this compound. Which of the adhering to could account for this observation?The compound develops a covalent bond through among the amino acid residues required for enzyme activity.The compound is a competitive inhibitor.The compound is an allosteric inhibitor.The compound reduces disulfide bonds, resulting in the enzyme molecules to partially unfold.The compound reasons a coelement to be shed from the enzyme.


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