2. 100 200 300 400 500 Chemical Compounds Molecule Movement Photosynthesis Compound Functions Misc. Cellular Respiration

3. What are the elements that make up a carbon dioxide molecule? (50 points per element) A 100

4. Carbon Oxygen A 100

5. What do you call compounds that do not contain a carbon element their molecular structure. A 200

6. Inorganic A 200

7. What do you call compounds that contain a carbon element in their molecular structure? A 300

8. Organic A 300

9. This is created when two or more elements are chemically combined. A 400

10. Compound A 400

11. This is the smallest unit of an element An O 2 element has two of these A 500

12. atoms A 500

13. This is a type of passive transport of the majority of molecules from an area of HIGH concentration to LOW concentration without using energy B 100

14. Diffusion B 100

15. A living organism’s cell wall controls what may enter and leave the cell because it is _________________ permeable. B 200

16. Selectively B 200

17. This is the movement of water through a cell membrane B 300

18. Osmosis B 300

19. This is the movement of molecules from a LOW concentration to a HIGH concentration B 400

20. Active Transport B 400

21. This structure carries molecules through the cell membrane while using energy. B 500

22. Transport Protein B 500

23. These types of organisms are able to use energy to produce food. C 100

24. Autotrophs C 100

25. What do autotrophs produce during photosynthesis? (100 points per product) C 200

26. Glucose/Sugar/Food Oxygen C 200

27. What do autotrophs NEED in order to go through photosynthesis? (100 points per material) C 300

28. Water Energy/Sun Carbon Dioxide C 300

29. DAILY DOUBLE C 400 DAILY DOUBLE

30. What is the name of the sugar produced by autotrophs during photosythesis? C 400

31. Glucose C 400

32. What is the name of the main colored chemical pigment inside of chloroplasts that absorbs green light? C 500

33. Chlorophyll C 500

34. These organisms use food to produce energy in order to move/function. D 100

35. Heterotroph D 100

36. What materials do heterotrophs NEED in order to go through cellular respiration? (100 points per material) D 200

37. Oxygen Food/Sugar/Glucose D 200

38. What are the products of cellular respiration? (100 points per material) D 300

39. Water Carbon Dioxide ENERGY! D 300

40. This is the process of creating energy that does not use oxygen D 400

41. Fermentation D 400

42. Where does the 2 nd stage of cellular respiration take place within the cell? D 500

43. Mitochondria (Powerhouse) D 500

44. This nucleic acid contains the genetic material of living organisms. E 100

45. DNA Deoxyribonucleic Acid E 100

46. This organic compound stores energy for short-term use. Ex. Sugar and Starch E 200

47. Carbohydrates E 200

48. This type of organic compound stores energy for long-term use. Ex. Fats, Oils, Waxes E 300

49. Lipids E 300

50. This type of organic compound is made up of multiple amino acids. E 400

51. Proteins

52. This type of nucleic acid helps with the production of proteins in the ribosomes. E 500

53. RNA Ribonucleic Acids E 500

54. Deoxyribonucleic acid and ribonucleic acid are shaped like helixes. Describe this shape. F 100

55. Twisted F 100

56. F 200 Organisms that are able to get energy DIRECTLY from the sun

57. Autotrophs F 200

58. Organism that get energy INDIRECTLY from the sun F 300

59. Heterotroph F 300

60. This structure on the bottom side of leaves allows carbon dioxide to enter the plant for photosynthesis. F 400

61. Stomata F 400

62. In the winter time, you may see fog when you breathe out. This is water that has condensed into clouds. During what process is this water produced? F 500

63. Cellular Respiration Product F 500