Which of the following accurately describes the role of the Calvin cycle in photosynthesis?Question 8Answera.The Calvin cycle releases oxygen as a byproduct of carbon fixation.b.The Calvin cycle uses light energy to produce ATP and NADPH.c.The Calvin cycle converts carbon dioxide into glucose using ATP and NADPH.d.The Calvin cycle takes place in the thylakoid membrane and is responsible for splitting water molecules.

Complete the sentences with the correct terms.Photosynthesis uses to produce ATP, NADPH, and O2O2 . captures the light energy for photosynthesis.ATP and NADPH drive the .The Calvin cycle performs during photosynthesis.Water is converted to oxygen and releases electrons in the .

Which statement is TRUE about Calvin cycle?*1 pointOccurs in thylakoid membrane.Require ATP and NADPH.Use sugar to produce CO2.Involves photosystem I and photosystem II

The Calvin cycle makes direct use of ________ to make ________.CO2, ATP, and NADPH; sugar and O2light energy, CO2, and water; sugar and O2light energy and CO2; sugarCO2, ATP, and NADPH; sugar

Select all of the following in which carbon fixation occurs in the Calvin cycle.Group of answer choicesC3 photosynthesisC4 photosynthesisCAM photosynthesis

The Calvin Cycle requires which of the following?Group of answer choicesCO2, NADPH and ATPO2, ATP and CO2Carbohydrate, CO2 and waterNADPH, O2 and ATPWater, O2 and CO2