Across
- 4. Biological catalysts (Pg 47)
- 8. Energy stored in chemical bonds (Pg 24)
- 9. Heterogenous mixtures with large solutes that settle out (Pg 30)
- 10. Sugar found in DNA (Pg 43)
- 12. Blood Sugar (Pg 43)
- 14. Proton Donor (Pg 39)
- 15. Polymer of simple sugars formed by dehydration reaction (Pg 43)
- 19. Substance on which an enzyme acts (Pg 52)
- 20. Compounds containing Carbon (Pg 38)
- 24. Substances that conduct electrical current in solution (Pg 39)
- 27. What makes up a substance (Pg 24)
- 30. Constructive chemical reactions (Pg 36)
- 32. Ability to do work (Pg 24)
- 33. Composed of glycerol and 3 fatty acids (Pg 45)
- 34. Homogeneous mixtures of components (Pg 29)
- 35. Acted on by gravity (Pg 24)
- 37. Compounds not containing Carbon (Pg 38)
- 41. Five Carbon Sugar (Pg 43)
- 42. Subatomic particle bearing a positive charge (Pg 25)
- 44. Chemical bonding of 2 or more atoms (Pg 28)
- 45. Unique substances that cannot be broken down (Pg 25)
- 48. Process by which atoms or molecules combine to form a larger, more complex molecule (Pg 36)
- 49. Ion with a net negative charge (Pg 32)
- 50. Energy at work (Pg 24)
Down
- 1. Isotopes that decompose spontaneously into more stable forms (Pg 28)
- 2. Full set of proteins made by the body (Pg 47)
- 3. Energy directly involved in moving matter (Pg 24)
- 5. Sugar formed by dehydration reaction between 2 glucose molecules (Pg 43)
- 6. Proton Acceptor (Pg 39)
- 7. Inactive energy (Pg 24)
- 11. Energy that travels in waves (Pg 24)
- 13. Ion with a net positive charge (Pg 32)
- 16. Energy-absorbing reactions (Pg 37)
- 17. 10 or more united amino acids (Pg 47)
- 18. Forms Hydration Layers around large charged molecules (Pg 38)
- 21. Destructive chemical reactions (Pg 36)
- 22. Indivisible building block of an element (Pg 25)
- 23. 2 fatty acid chains attached to a Diglyceride and a Phosphorus-containing group (Pg 47)
- 25. Different atoms chemically binding (Pg 28)
- 26. Physical combinations of solutes in a solvent (Pg 29)
- 28. Subatomic particle bearing a negative charge (Pg 25)
- 29. Primary component of all organic molecules (Pg 26)
- 31. Subatomic particle bearing a neutral charge (Pg 25)
- 36. Sugar stored primarily in skeletal muscle and liver cells (Pg 43)
- 38. Elements with same Mass Number but different Atomic Number (Pg 27)
- 39. Energy-liberating reactions (Pg 37)
- 40. Six Carbon sugar (Pg 43)
- 43. Movement of charged particles (Pg 24)
- 46. Takes up space and has mass (Pg 24)
- 47. Ionic compounds containing cations and anions (Pg 39)
