Question

The ATP and NADPH generated by chemiosmosis will go into what process of photosynthesis. Describe this process and the overall products( you may need to look this up.)

Answer 1

Answer:

The ATP and NADPH  produced will go into the Calvin cycle of photosynthesis.

The electrons of the NADPH are used for making of sugar from carbon dioxide. The ATP is made by the process of chemiosmosis. During this process, ATP synthase joins molecules of ADP with phosphate to form ATP. Both ATP and NADPH are made during the light dependent reactions and are used in the Calvin cycle.

The final product that is formed by the Calvin cycle is glucose.

Answer 2

The ATP and NADPH generated by chemiosmosis will go into light independent phase of photosynthesis.

PHOTOSYNTHESIS:

• Photosynthesis is generally described as the process whereby green plants obtain their food using energy from sunlight.

• Photosynthesis occurs in two major stages namely: light dependent and independent reactions. The light dependent reaction requires sunlight to occur while the light independent reaction occurs with or without sunlight.

• The light dependent reactions produce ATP and NADPH molecules, which are used by the light independent reaction (Calvin cycle) as energy and electron source respectively, to synthesize glucose (sugar) molecules.

• Therefore, ATP and NADPH generated by chemiosmosis will go into light independent phase of photosynthesis.

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