Photosynthesis

Question 1

photosynthesis

Answer 1

Utilization of the energy of light energy to drive the fixation of carbon dioxide to form reduced carbon compounds.

Occurs in chloroplasts of green plants and cyanobacteria.

Question 2

energy source of photosynthesis

Answer 2

photons

Question 3

electron source of photosynthesis

Answer 3

H₂O

Question 4

products of photosynthesis

Answer 4

O₂, NAPDH, ATP

Question 5

what are the four possible fates of a pigment molecule in an excited state?

Answer 5

Question 6

a

Answer 6

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 7

b

Answer 7

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 8

c

Answer 8

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 9

d

Answer 9

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 10

e

Answer 10

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 11

f

Answer 11

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 12

g

Answer 12

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 13

h

Answer 13

a. granum
b. inner membrane
c. outer membrane
d. thylakoid membrane
e. stroma
f. stroma lamellae
g. lumen (thylakoid space)
h. intermembrane space

Question 14

What wavelengths does chlorophyll absorb photons in?

Answer 14

In the blue and red regions