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Anabolism of Photosynthesis: Light & Dark Reactions

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Anabolism of Photosynthesis: Light & Dark Reactions

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Quiz on light and dark reactions

Created by

Sintha Martya
Sintha Martya
Indonesia

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Anabolism of Photosynthesis: Light & Dark Reactions
 

Anabolism of Photosynthesis: Light & Dark ReactionsOnline version

Quiz on light and dark reactions

by Sintha Martya
1

What is the main purpose of the light reactions of photosynthesis?

2

Where do the light reactions take place?

3

Which energy carriers are produced by the light reactions?

4

Which molecule donates electrons to Photosystem II?

5

Which gas is fixed during the Calvin cycle?

6

What enzyme fixes carbon in the Calvin cycle?

7

Which molecule is released as a side product of the light reactions?

8

Which molecule is regenerated to continue the Calvin cycle?

9

What happens when chlorophyll absorbs a photon?

10

What is the overall purpose of the dark (Calvin) cycle?

11

What is the chemical symbol for water?

12

What is the main function of Photosystem II?

13

What is produced when water is split during the light reaction?

14

The Calvin cycle occurs mainly in the...

15

What is the first major step of the Calvin cycle?

16

Why is the Calvin cycle sometimes called the “dark reaction”?

17

Which of the following is the main carbohydrate product initially formed by the Calvin cycle?

18

How many carbon dioxide molecules are required to form one molecule of glucose?

Feedback

The light reaction aims to produce ATP and NADPH which will be used in the Calvin cycle process.

Thylakoid membranes house photosystems and electron transport.

ATP and NADPH are generated to fuel the Calvin cycle.

Water is split to release electrons and O2 in PSII.

CO2 is fixed into organic molecules during the cycle.

Rubisco catalyzes CO2 fixation to RuBP.

O2 is produced from water splitting in PS II.

RuBP must be regenerated to accept CO2 again.

The photon energy from the light will cause electrons in PS II to become excited.

Calvin cycle assimilates CO2 into triose phosphates for sugars.

Water is H2O due to two hydrogen atoms and one oxygen atom.

 
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