1. Where does the mass come from to make an acorn into an oak?

2. Where does the mass come from to make an acorn into an oak?
A .Water absorbed via roots B. Soil molecules absorbed through roots C. Molecules in the air absorbed through leaves D. Very compact materials in acorn that are diffused in the oak tree. E. Glucose absorbed via roots and leaves.

3. a.C6H12O6 + 6O2  6CO2 + 6H2O + ENERGY (heat + ATP)
b. 6CO2 + 12H2O +light (ENERGY)  C6H12O6 + 6H2O + 6O2
Which of the above describes photosynthesis?
Which of the above describes cellular respiration?

5. (Adapted from Janet Batzli and Diane Ebert-May)1 2 3 3
Three identical plates of radish seeds are incubated under three different conditions, with results as shown. How will the dry weights* of the three plates compare at the end of the experiment?
A) 1 < 2 < 3
B) 1 < 3 < 2
C) 1 = 3 < 2
D) 3 < 1 < 2
E) 1 = 2 = 3
*Dry weight is the mass minus water weight – achieved by drying material thoroughly in an oven prior to weighing 5

9. Question 1 Which structure is responsible for gas exchange ? Matrix
Stroma
Stoma
Thylakoid
Trichomes
Bloom’s level: Knowledge/Understanding

10. Question 2
What high energy molecule is the final product of photosynthesis?
Oxygen
ATP
NADPH
Glucose
Water
Bloom’s level: Knowledge/Understanding

11. Question 3 Where is the chlorophyll located in a plant? Cristae
Plasma membrane of the cell
Outer membrane of the chloroplast
Thylakoid membrane
Stroma
Bloom’s level: Knowledge/Understanding

12. Question 4
Making glucose via photosynthesis costs ____ATPs and ___NADPHs. However, 1 molecule of glucose is enough to make ___ ATPs.
18, 12, 36
12, 18, 36
12, 36, 18
36, 18, 12
18, 36, 12
Bloom’s level: Knowledge/Understanding

13. Question 5
What happens to the energy content of a photon as the wavelength decreases?
Energy increases
Energy decreases
Energy remains the same
There is no relationship
Bloom’s level: Knowledge/Understanding

14. Question 6
Electromagnetic radiation with a wavelength between nm is_____.
Radiowaves
Microwaves
X-rays
Visible light
Ultra Violet
Bloom’s level: Knowledge/Understanding

15. Question 7 What happens at the reaction center of a photosystem?
Light is absorbed
An electron is energized
NADP+ is reduced
ATP is formed
Carbon fixation occurs
Bloom’s level: Knowledge/Understanding

16. Question 8
Which of the following is made during the light reactions of photosynthesis?
ADP and NADP+
Glucose and ATP
ATP and NADPH
NADPH and Carbon Dioxide
Carbon Dioxide and Water
Bloom’s level: Knowledge/Understanding

17. Question 9 What is the function of Rubisco?
Absorption of photon energy
Harvesting electrons from water
Reduction of NADP+
Chemiosmosis
Carbon fixation
Bloom’s level: Knowledge/Understanding

18. Question 10 A particle of light is a ____. Wave Grana Photon Proton
Newton
Bloom’s level: Knowledge/Understanding

19. Question 11
Photosynthetic bacteria have chlorophyll embedded in their chloroplasts.
This is true
This is false
Bloom’s level: Application

20. The structure at right is:
ATP
DNA
NADP
FADH2
Chlorophyll

21. If a plant had non-functioning mitochondria, it could still successfully complete photosynthesis?
This is true
This is false
Bloom’s level: Application

22. What would happen if a leaf lacked carotenoids?
The leaf would absorb all energy levels
The leaf would turn yellow/orange during the fall
The leaf would not absorb Carbon dioxide
Photosynthesis would not be as efficient
The leaf would require oxygen
Bloom’s level: Application

23. The end product of photosynthesis is the starting material of cellular respiration.
This is true
This is false
Bloom’s level: Application

24. Which of the following would prevent the formation of 3-phosphoglycerate in photosynthesis?
No available photons
Denaturation of the Rubisco enzyme
Non-functional b6-f complex
All of the above
Bloom’s level: Application

25. Explain where oxygen comes from in photosynthesis?
Compare and contrast the general equations for photosynthesis and aerobic cellular respiration?
Why do leaves change colors in the fall?
Why is water necessary for photosynthesis?
G3P (glyceralderhyde-3-phophate) is present in the Calvin Cycle, where else have you seen this molecule?

26. (Adapted from Janet Batzli and Diane Ebert-May)1
1.46 g 2
1.63 g 3 3
1.20 g
Three identical plates of radish seeds are incubated under three different conditions, with results as shown. How will the dry weights of the three plates compare at the end of the experiment?
A) 1 < 2 < 3
B) 1 < 3 < 2
C) 1 = 3 < 2
D) 3 < 1 < 2
E) 1 = 2 = 3 26