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- 1. Multiple Choice
Photosynthesis is the process of converting:
Light to energy
Minerals to energy
Energy to Oxygen
Carbohydrates to Energy
- 2. Multiple Choice
Photosynthesis takes place in the
Chloroplasts
Mitochondria
Ribosomes
Nucleus
- 3. Multiple Choice
The chemical equation for photosynthesis is:
6CO2 + 6H2O + Light Energy --->C6 H12 O6 + 6O2
C6 H12 O6 + O2 ----->CO2 + H2O + ATP
- 4. Multiple Choice
In the plant photosynthesis occurs in the:
Leaves
Stem
Roots
Flowers
- 5. Multiple Choice
The_____ in the chloroplasts has a ___ color.
Chlorophyll; green
Chlorophyll; yellow
Chloroplasts; green
Chloroplasts; yellow
- 6. Multiple Choice
The plant appears green because it
absorbs green
reflects green
absorbs all the colors
reflects all the colors but green
- 7. Multiple Choice
Pick some of the factors that influence the rate of photosynthesis
Light intensity
Carbon Dioxide
Temperature
Oxygen
Carbohydrates
- 8. Multiple Choice
Photosynthesis-------- when temperature-------
Increases; increases
decreases; increases
increases; decreases
decreases; decreases
- 9. Multiple Choice
---- ----- is used to make sugar in the photosynthesis reaction
Carbon Dioxide
Oxygen
Fructose
Cellulose
- 10. Multiple Choice
Carbon Dioxide is known as a --------- in the formula for photosynthesis
reactant
product
factor
catalyst
- 11. Multiple Choice
what is used to move things in and out of the plant?
vein
chloroplasts
ribosomes
stomata
- 12. Multiple Choice
B?
Upper Epidermis
Palisade cells
Guard Cells
Stoma
- 13. Multiple Choice
K?
Stoma
Spongy Mesophyll cells
Lower Epidermis
Upper Epidermis
- 14. Multiple Choice
I?
Spongy Mesophyll Cells
Stoma
Upper Epidermis
Guard Cells
- 15. Multiple Choice
J?
Guard Cells
Spongy Epidermis
Upper Epidermis
Spongy Mesophyll
- 16. Multiple Choice
--------- brings water and minerals from the roots to the leaf
Xylem
pholem
stoma
Mesophylls
- 17. Multiple Choice
-------- move sugar from the leaves to the rest of the plant.
Pholem
Xylem
Stoma
Mesophyll
- 18. Multiple Choice
Stoma:
Pore-like openings in the underside of the leaf that allow gas exchange
Cells are in the epidermis to control the opening of pores
Specialized cells in the middle of the leaf that contain a lot of chloroplasts
Used to move things in and out of the plant
- 19. Multiple Choice
Guard cells:
Pore-like openings in the underside of the leaf that allow gas exchange
Cells are in the epidermis to control the opening of pores
Specialized cells in the middle of the leaf that contain a lot of chloroplasts
Used to move things in and out of the plant
- 20. Multiple Choice
Mesophyll:
Pore-like openings in the underside of the leaf that allow gas exchange
Cells are in the epidermis to control the opening of pores
Specialized cells in the middle of the leaf that contain a lot of chloroplasts
Used to move things in and out of the plant
- 21. Multiple Choice
Spongy Mesophyll:
Pore-like openings in the underside of the leaf that allow gas exchange
Cells are in the epidermis to control the opening of pores
Specialized cells in the middle of the leaf that contain a lot of chloroplasts and have many air spaces
Used to move things in and out of the plant
- 22. Multiple Choice
Spongy Mesophyll:
Pore-like openings in the underside of the leaf that allow gas exchange
Cells are in the epidermis to control the opening of pores
Specialized cells in the middle of the leaf that contain a lot of chloroplasts and are tightly packed
Used to move things in and out of the plant
- 23. Multiple Choice
Cuticle:
protection film covering the epidermis of the leaves
Cells are in the epidermis to control the opening of pores
Specialized cells in the middle of the leaf that contain a lot of chloroplasts and are tightly packed
Used to move things in and out of the plant
- 24. Multiple Choice
How do oxygen and carbon dioxide travel through the leaf?
Stoma
Guard cells
Vein
Mesophyll
- 25. Multiple Choice
If a plant cell has chloroplasts to produce its own food why would it still have mitochondria?
Breaks down the glucose
Breaks down the ATP
To make Glucose
To make proteins
- 26. Multiple Choice
-------- ------- is the process of taking in glucose and truing it into ATP
Cellular resparation
Photosynthesis
Aerobic reparation
Fermentation
- 27. Multiple Choice
Cellular reparation occurs in:
Plant cells
Animal Cells
Both
Neither
- 28. Multiple Choice
The chemical equation for cellular reparation is:
6CO2 + 6H2O + Light Energy --->C6 H12 O6 + 6O2
C6 H12 O6 + O2 ----->CO2 + H2O + ATP
- 29. Multiple Choice
Cellular reparation is called-------
Aerobic
Palisade
Stoma
Anaerobic
- 30. Multiple Choice
Aerobic respiration occurs in the presence of------
Oxygen
Nitrogen
Carbon Dioxide
Sulfur
- 31. Multiple Choice
When ATP releases energy is broken down it is then called----
ADP
TGIF
Pyrrhic acid
aerobic respiration
- 32. Multiple Choice
Anaerobic respiration occurs:
without oxygen
with oxygen
with carbon dioxide
without carbon dioxide
- 33. Multiple Choice
What is ATP
a substance that contains a large amount of chemical energy
respiration that occurs without oxygen
respiration that occurs with oxygen
Pyruvic Acid
- 34. Multiple Choice
What is the subtotal of all of the ATP in aerobic respiration?
36
2
34
4
- 35. Multiple Choice
Fermentation is:
A type of anaerobic respiration
A type of aerobic respiration
Lactic Acid
in the Mitochondria
- 36. Multiple Choice
Alcoholic Fermentation is carried out by:
yeasts
Unicellular organisms
Animal Cells
Plant cells
- 37. Multiple Choice
In alcoholic fermentation, simple sugars are converted into---
Ethanol
oxygen
Nitrogen
Sulfur hexafloride
- 38. Multiple Choice
Lactic Acid causes:
Cramping
muscle fatigue
yeats
carbon dioxide
- 39. Multiple Choice
What is this?
Chloroplasts
Mitochondrion
Ribosomes
Cell wall
- 40. Multiple Choice
What is this?
Mitochondria
Choloroplasts
Ribosomes
Cell wall
- 41. Multiple Choice
Homeostasis:
Is the state of being stable
An organelle responsible for breaking down proteins
The barrier that keeps cytoplasm, organelles, etc. in the cell
Molecule that produces energy (ATP)
- 42. Multiple Choice
ATP?
Adenosine triphosphate
Adenosine diphosphate
- 43. Multiple Choice
ADP?
Adenosine triphosphate
Adenosine diphosphate
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