1. 100 200 300 400 600 800 Organic Chem Biochem 100 200 300 40000 600 800 Lab learnings 100 200 300 400 600 800 Carbs. 100 200 300 40000 600 800 Biochemistry & Macromolecule Jeopardy Lipids 100 200 300 400 600 800 Proteins Nucleic Acids 100 200 300 400 600 800 100 200 300 400 600 800

2. Nucleic Acids for 100 These are the two types of nucleic acids These are the two types of nucleic acids Back

3. Nucleic Acids for 200 Nucleic acids are made up of Nucleic acids are made up of these monomers these monomers Back

4. Nucleic Acids for 300 The number of “strands” in DNA The number of “strands” in DNA Back

5. Nucleic Acids for 400 The Central Dogma in biology states that information flows this way. The Central Dogma in biology states that information flows this way. Back

6. Nucleic Acids for 600 The letters that make up the 4 DNA bases. The letters that make up the 4 DNA bases. Back

7. Nucleic Acids for 800 These are found along strands within the sequences of your DNA. They carry genetic information about your traits (physical and chemical features). These are found along strands within the sequences of your DNA. They carry genetic information about your traits (physical and chemical features). Back

8. Proteins for 100 These are the subunits (or monomers) of proteins These are the subunits (or monomers) of proteins Back

9. Proteins for 200 The total number of amino acids available to make up all proteins within all living things here on Earth. The total number of amino acids available to make up all proteins within all living things here on Earth. Back

10. Proteins for 300 The kinds of proteins that make up molecules that speed up chemical reactions. The kinds of proteins that make up molecules that speed up chemical reactions. Back

11. Proteins for 400 The function or biological role of an enzyme (or any other protein for that matter) is determined by this aspect of it. The function or biological role of an enzyme (or any other protein for that matter) is determined by this aspect of it. Back

12. Proteins for 600 Respectively, this protein carries oxygen & carbon dioxide, these 2 proteins function as connective tissue, this protein allows glucose to enter cells, these 2 proteins form contracting muscle tissue, and this is the amino acid holding sac protein found in milk. Back

13. Proteins for 800 The primary structure of a protein is determined by this. Back

14. Lipids for 100 The term that describes organic molecules, like lipids, that are “afraid of” (NOT soluble in) water. The term that describes organic molecules, like lipids, that are “afraid of” (NOT soluble in) water. Back

15. Lipids for 200 The kinds of lipids that make up most of the double layer of molecules that comprise a cell membrane. The kinds of lipids that make up most of the double layer of molecules that comprise a cell membrane. Back

16. Lipids for 300 The type of lipid that is usually a liquid at room temperature, has double bonds between carbons, and is usually associated with plants. The type of lipid that is usually a liquid at room temperature, has double bonds between carbons, and is usually associated with plants. Back

17. Lipids for 400 You need 3 of these molecules and one of these molecules to form a fat molecule. You need 3 of these molecules and one of these molecules to form a fat molecule. Back

18. Lipids for 600 This type of lipid is usually indicated by the letters HDL and LDL and is found within animal but not plant cells. This type of lipid is usually indicated by the letters HDL and LDL and is found within animal but not plant cells. Back

19. Lipids for 800 These are a list of at least 3 important functions of lipids. These are a list of at least 3 important functions of lipids. Back

20. Carbohydrates for 100 Monosaccharides are simple or single sugars and this one is the most common one used by all living things. Monosaccharides are simple or single sugars and this one is the most common one used by all living things. Back

21. Carbohydrates for 200 Polymers of monosaccharides are called this. Polymers of monosaccharides are called this. Back

22. Carbohydrates for 300 The Energy Storage polysaccharides found in plants and animals are known by these respective names. Back

23. Carbohydrates for 400 Table sugar, lactose, and maltose are all this type of sugar. Back

24. Carbohydrates for 600 Monosaccharides have this ratio of C:H:O Monosaccharides have this ratio of C:H:O Back

25. Carbohydrates for 800 The primary function of mono and disaccharides is for this purpose. The primary function of mono and disaccharides is for this purpose. Back

26. Lab Learning for 100 A positive Benedict’s tests looks this way and indicates this type of molecule. A positive Benedict’s tests looks this way and indicates this type of molecule. Back

27. Lab Learning for 200 This chemical will indicate that starch is present in a food because it turns deep purple or black. This chemical will indicate that starch is present in a food because it turns deep purple or black. Back

28. Lab Learning for 300 This chemical dissolves in fats but not water and stains it pink or red, thus identifying lipids in food. This chemical dissolves in fats but not water and stains it pink or red, thus identifying lipids in food. Back

29. Lab Learning for 400 This paper bag becomes transparent when this type of molecule is present. This paper bag becomes transparent when this type of molecule is present. Back

30. Lab Learning for 600 In the liver lab, the enzymes in the potato and liver didn’t function as well when they were heated because the heat caused them to change shape. Such an enzyme is described with this name. In the liver lab, the enzymes in the potato and liver didn’t function as well when they were heated because the heat caused them to change shape. Such an enzyme is described with this name. Back

31. Lab Learning for 800 The MnO2 was an inorganic catalyst and the catalase was an organic catalyst. Organic catalysts are also known by this name. The MnO2 was an inorganic catalyst and the catalase was an organic catalyst. Organic catalysts are also known by this name. Back

32. Biochemistry for 100 The way monomers build into polymers is known by these two words. The way monomers build into polymers is known by these two words. Back

33. Biochemistry for 200 These speed up the rate of These speed up the rate of chemical reactions chemical reactions Back

34. Biochemistry for 300 Metabolism has two pathways. This pathway builds up monomers into polymers. Metabolism has two pathways. This pathway builds up monomers into polymers. Back

35. Biochemistry for 400 These are the 4 major biochemical molecules. These are the 4 major biochemical molecules. Back

36. Biochemistry for 800 The region of an enzyme The region of an enzyme where a substrate bonds to where a substrate bonds to Back

37. Biochemistry for 600 This is an atom found in the chemical formulas of proteins and nucleic acids but not in carbohydrates and lipids. This is an atom found in the chemical formulas of proteins and nucleic acids but not in carbohydrates and lipids. Back

38. Organic Chemistry for 200 A molecule is usually considered to be organic if it is made with this atom. A molecule is usually considered to be organic if it is made with this atom. Back

39. Organic Chemistry for 300 These are the 4 most common elements found in living things. Back

40. Organic Chemistry for 400 This is where macromolecules store their energy store their energy Back

41. Organic Chemistry for 600 Fat molecules contain this ratio of C:H:O atoms. Fat molecules contain this ratio of C:H:O atoms. Back

42. Biochemistry for 800 High energy bonds between these two atoms are responsible for much of the energy of molecules such as fat. High energy bonds between these two atoms are responsible for much of the energy of molecules such as fat. Back

43. Organic Chemistry for 100 Carbon is such an important atom because it can be bonded together in so many ways to form millions of different molecules (including isomers) because carbon has this many bonding sites. Back