Basic Equation For Photosynthesis
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Quiz on photosynthesis
- 1.What is the purpose of photosynthesis?
- A.
To create NADPH
- B.
To make plants grow
- C.
To create carbohydrates from light energy
- D.
To create ATP for the plant
- 2.What is the equation for photosynthesis?
- A.
Glucose+oxygen------------> (light energy) CO2+H20
- B.
CO2+H2O-----------> (light energy) gluscose+oxygen
- C.
ADP+P+energy
- 3.What types of organisms undergo photosynthesis?
- A.
All living things
- B.
Humans
- C.
Bacteria
- D.
Plants
- 4.What are the two reactions that occur during photosynthesis?
- A.
Krebs cycle and calvin cycle
- B.
ATP and light reactions
- C.
Dark reactions and calvin cycle
- D.
Light reactions and calvin cycle
- 5.What are the inputs and outputs of light reactions?
- A.
ADP, H2O, NADP+, light energy (inputs) ATP, 1/2 O2, NADPH (outputs)
- B.
ADP, H2O, NADP+, light energy (outputs) ATP, 1/2 O2, NADPH (inputs)
- C.
There are none
- 6.How many atp go into the calvin cycle?
- A.
6
- B.
3
- C.
9
- D.
1
- 7.NADPH turns into what in the Calvin Cycle?
- A.
NADP
- B.
NAD+
- C.
NAD
- D.
NADP+
- 8.What does PGAL (how many carbons?) turn into?
- A.
4, glucose
- B.
7, carbohydrates
- C.
3, glucose
- D.
3, hydrogen
- 9.Where does the Light Reactions occur?
- A.
Thylakoids
- B.
Stroma
- C.
Thylakoids and chloroplasts
- D.
All the above
- 10.Where does the Calvin Cycle occur?
- A.
The entire cell
- B.
Stroma
- C.
The inner membrane of the thylakoids
- D.
Thylakoids
- 11.What does ATP do?
- A.
Creates carbohyrdrates
- B.
Creates usable energy for cellular work
- C.
Makes photosynthesis
- D.
All the above
- 12.Whats the equation for ATP?
- A.
ADP+energy
- B.
ADP creates it
- C.
ADP+P+energy
- D.
A+P+P+P
- 13.What is the function of NADP+?
- A.
To turn into NADPH
- B.
To create ATP
- C.
To make photosynthesis work
- D.
To create NADPH+
- 14.What is the job of the electron transport chain?
- A.
To make proteins
- B.
To make atp synthase
- C.
To transport a system of electrons and to evenually create lots of atp
- D.
To create FADH and NAD+
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