1. Biology Keystone
Module 1 Review!

2. Round 1: Basic Biological Principles

3. Name 3 characteristics of life shared by ALL organisms.
Question #1
Name 3 characteristics of life shared by ALL organisms.

4. Question #2
Name three things that both prokaryotes and eukaryotes possess (there are 4).

5. Question #3
Why are viruses not considered living?

6. Question #4
Which kingdom are all prokaryotes?

7. ALL organisms perform cellular respiration.
Question #5
True or False:
ALL organisms perform cellular respiration.

8. Question #6
Give one clear example of a structure-function relationship in the body.

9. Put these terms in order: tissue, organ, cell, organism
Question #7
Put these terms in order: tissue, organ, cell, organism

10. A well-tested explanation that unifies a broad range of observations
Question #8
A well-tested explanation that unifies a broad range of observations

11. Question #9
What do you call an organism’s ability to maintain internal balance?

12. Which of the following is NOT a characteristic of all living things?
Question #10
Which of the following is NOT a characteristic of all living things?
Ability to move, Ability to reproduce, Ability to respond to the environment, Ability to grow and develop

13. Round 1 Answers:
1. homeostasis, responds to environment, obtains and uses energy, grows and develops, contains DNA, evolves, can reproduce, made of cells 2. Cell membrane, cytoplasm, DNA and ribosomes 3. Viruses need a host to obtain energy and reproduce 4. Bacteria (Eubacteria and Archaebacteria) 5. TRUE! 6. Answers may vary- some examples- enzyme shape to fit with substrate, increased surface area to help with exchange alveoli in lungs, small intestine) etc. Must describe both the structutre and the function. 7. cell, tissue, organ, organism 8. theory 9. homeostasis 10. Ability to move

14. Round 2: Chemical Basis of Life

15. Question #1
What are the 6 main elements that make up life?

16. Question #2
What carbon compound is it?: Contains Carbon, Hydrogen, Oxygen, Phosphorus and Nitrogen

17. Question #3
What carbon compound is it?: Contains lots of Carbon and Hydrogen and a few Oxygen

18. Question #4
What is the monomer for each polymer: Carbohydrates- Protein- Nucleic Acid-

19. The cell membrane contains which carbon compounds?
Question #5
The cell membrane contains which carbon compounds?

20. Question #6
Which carbon compound is the main unit of structure and function in the body?

21. Question #7
Which carbon compound codes for the make-up of another?

22. Question #8
Water molecules are polar. Which end is slightly negative and which end is slightly positive?

23. Question #9
What property of water allows for plants to grow to great heights and still obtain enough water from the roots?

24. What are two factors that affect enzyme function?
Question #10
What are two factors that affect enzyme function?

25. Round 2 Answers:
1. Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorus and Sulfur (CHNOPS) 2. Nucleic acid 3. lipid 4. carbohydrates- monosaccharides, protein- amino acids, nucleic acids- nucleotides 5. membrane- lipids, protein, carbohydrates 6. protein 7. Nucleic Acid codes for protein 8. O- slightly negative, H and H slightly positive 9. Adhesion and cohesion (capillary action) 10. temperature, pH, concentrations of substrates and enzyme

26. Round 3: Homeostasis and Transport

27. Question #1
What type of transport requires energy?

28. Question #2
Water will diffuse across a membrane to the area of _____________ concentration

29. Question #3
What is it called when both sides of the membrane have about equivalent concentrations but substances continue to move across the membrane in both directions?

30. Question #4
The passive movement of ions through an open protein channel in the membrane is an example of this type of transport

31. Question #5
If an egg placed in a solution shrinks then the solution must have been… Choose: Hypertonic, Isotonic or Hypotonic

32. Question #6
Name 2 cell organelles and describe their involvement in making and transporting proteins out of the cell.

33. Question #7
What type of transport is this?

34. Question #8
What type of transport is this?

35. Question #9
Diffusion occurs from ______ concentration to _____ concentration

36. Question #10
Having a larger surface area per volume helps with transport and maintaining homeostasis. Give ONE example in the body of this.

37. Round 3 Answers:
1. active 2. higher 3. Dynamic equilibrium 4. Facilitated diffusion 5. hypertonic 6. nucleus- holds the “instructions” (DNA) ribosome- place where protein is assembled ER- moves protein to golgi golgi- packages and ships out protein 7. diffusion 8. exocytosis 9. High to low 10. alveoli-gas exchange, small intestine-absorbing nutrients, large intestine-absorbing water, kidneys/nephrons- water balance, skin- temp. maintenance, etc.

38. Round 4: Bioenergetics (PHOTOSYNTHESIS and CELL RESPIRATION)

39. What are the reactants of photosynthesis?
Question #1
What are the reactants of photosynthesis?

40. Question #2
TRUE or FALSE: Both photosynthesis and cell respiration involve the production of ATP.

41. What are the products of aerobic respiration?
Question #3
What are the products of aerobic respiration?

42. Question #4
Chemical compounds like those found in food (in the make-up of plants and animals) contain energy. Where is the energy and what is this type of energy called?

43. Energy is released from ATP by breaking bonds between…
Question #5
Energy is released from ATP by breaking bonds between…

44. Where does photosynthesis take place within the plant?
Question #6
Where does photosynthesis take place within the plant?
(give plant structure, and oraganelle)

45. Question #7
Phosphorylation is the adding of phosphate to a molecule. What happens when ADP is phosphorylated?

46. Question #8
true or false: Plants contain mitochondria and perform cell respiration.

47. Question #9
The products of photosynthesis are…

48. Question #10
How much ATP is produced in aerobic respiration vs. anaerobic respiration?

49. Round 4 Answers:
1. water, carbon dioxide and light energy 2. true 3. water, carbon dioxide and 36 ATP 4. Energy is in the bonds, this is called chemical energy 5. Between the phosphates 6. In leaves, in leaf cella, in chloroplasts 7. It becomes ATP 8. true 9. Sugars and oxygen in aerobic, 2 in anaerobic

50. Round 5: Speed Round!!!

51. Single-celled organisms that do not have a true nucleus
Question #1
Single-celled organisms that do not have a true nucleus

52. Question #2
Name an organelle that plant cells have but animals cells don’t

53. What structural quality of DNA allows it to secure the genetic code?
Question #3
What structural quality of DNA allows it to secure the genetic code?

54. Which 2 of the 4 carbon compounds contain nitrogen?
Question #4
Which 2 of the 4 carbon compounds contain nitrogen?

55. Question #5
Carbon compound that is the major source of energy for the human body

56. What organelle do eukaryotes possess that holds DNA for protection.
Question #6
What organelle do eukaryotes possess that holds DNA for protection.

57. Question #7
In which organelle does the last two steps of aerobic respiration take place?

58. Question #8
When a molecule has a slight charge at either end of the molecule due to an unequal sharing of electrons the molecule is said to be _______.

59. Question #9
Name 2 qualities necessary to pass directly through the phospholipid bilayer of the cell membrane.

60. Which elements makes up nucleic acids?
Question #10
Which elements makes up nucleic acids?

61. Speed Round Answers:
1. prokaryote 2. chloroplast 3. two-sided 4. protein, nucleic acid 5. carbohydrate 6. nucleus 7. mitochondria 8. polar 9. small, nonpolar 10. C, H, O, N, P