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If stroma need more ATP for dark reactions, how is it generated?

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Wize University Biology Textbook > Photosynthesis

Light-Dependent Reactions of Photosynthesis [detailed]

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If stroma need more ATP for dark reactions, how is it generated?
More Light-Dependent Reactions of Photosynthesis [detailed] Questions:
Oxygen released during photosynthesis is a by-product of what?
Write of the overall reaction that occurs during photosynthesis.
Practice: Source of Oxygen
Oxygen released during photosynthesis is a by-product of what?
If stroma need more ATP for dark reactions, how is it generated?
The light reaction in photosynthesis occur in the
The electrons donated to photosystem II come from ______
The overall electron transport for photosynthetic electron transport in chloroplasts is:
Water splitting during photosynthesis produces how many of the following. Treat the problem as though you are splitting 2 water molecules
Oxygen released during photosynthesis is a by-product of what?
Calvin cycle
Where does the NADPH required for the Calvin cycle come from?
write of the overall reaction that occurs during photosynthesis
In what situation would photoisomerization of a pigment be possible?
What type of metabolism are these single celled eukaryotes undergoing? - Practice Question
You have a culture of single celled eukaryotes in an enclosed chamber but you are unsure if they are photosynthetic or not. In order to test this you start by giving the cells glucose in the absence of light and change their culture conditions while simultaneously measuring the carbon dioxide and oxygen concentrations in the chamber. Given the below data, which of the following are true?
In the presence of acetate, the eukaryotes have a high FAD/FADH2 ratio
The eukaryotes are undergoing photosynthesis during the experiment
Similarities between ETCs in chloroplasts and mitochondria - Practice Question
The electron transport chains in the chloroplast and the mitochondria share many similarities. Which of the following statements are true?
Light is measured in wavelengths and different wavelengths of light can activate photosynthesis to varying degrees. Which of the following parts of photosynthesis are wavelength dependent?
You pull leaves from a plant and put them in a jar containing water and atmospheric air, and close the lid. The lid has a sensor that can measure the percentage of oxygen in the jar. You are trying to determine which wavelengths of light are the best to maximize the rate of photosynthesis. Which of the following best describes your result?
You are helping your friend study for their first year biology exam, and find they are having a hard time understanding electron transport during photosynthesis. Specifically, your friend doesn’t understand why plants need two different photosystems when so much light energy can be absorbed and used by one. What would you respond?
Which of the following are shared between electron transport of cellular respiration and photosynthesis?
In which of the following situations can Chlamydomonas grow?
In the presence of light, carbon dioxide and water alone
In the presence of acetate, water and oxygen alone
You are in the lab and want to determine if a population of single celled eukaryotes are undergoing photosynthesis or cellular respiration, which of the following experiments would successfully help you answer this question?
Chlamydomonas cells grown under low light do not grow as fast as cells grown under high light, how come?
How does a plant cell “know” that it needs to build more sugars, and therefore increase the rate of photosynthesis?
If more ATP is needed for dark reactions, how do plants compensate for this?
Why do plants utilize photosynthesis instead of cellular respiration?
In photosynthesis, the Z-scheme produces what? (PS = photosystem)
During which of the following process is ATP produced?
What are the typical net products of photosynthesis (non cyclic)?
Regarding photosynthesis, what are the inputs of the Z-scheme?
Where do electrons initially move from in non cyclic photophosphorylation?
What light do chlorophyll A & B absorb?
When will a plant photosystem flip to cycle electrons through photosystem I?