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The classes of organic molecules. Carbohydrates. Lipids. Proteins. Nucleic Acids. Team work!. Using the deck of organic molecule cards I gave each group complete the following tasks. Find 4 examples of each of the following organic monomers: Monosaccharide Amino Acid Nucleotide
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The classes of organic molecules Carbohydrates Lipids Proteins Nucleic Acids
Team work! • Using the deck of organic molecule cards I gave each group complete the following tasks. • Find 4 examples of each of the following organic monomers: • Monosaccharide • Amino Acid • Nucleotide • Saturated Fatty Acid • Unsaturated Fatty Acid • Glycerol • Organize the 4 monomers into the appropriate polymer (polysaccharide, polypeptide, polynucleotide (RNA), a saturated fat, and unsaturated fat, a phospholipid (you will need a phosphate group make this last one!). Be prepared to share your polymers with the class, and describe one function of that organic
Condensation Rummy… To “go out” you must make a polymer from 4 monomers in the deck and water… Organic polymer Subunits needed Polypeptide 4 amino acids + water Polynucleotide 4 nucleotides + water Polysaccharide 4 monosaccharides + water phospholipid Glycerol + 2 fatty acids + phosphate group + water Unsaturated fat Glycerol + 3 fatty acids (one must be unsaturated + water Saturated fat Glycerol + 3 fatty acids (all must be saturated + water
Condensation Rummy RAT When one person on your team gets Rummy, together as a team, determine the - class of organic molecules your polymer is in. - the name of the polymer you made. - the names of each monomer in the polymer - two important functions of that class of organic molecules Write this information on a sheet of paper, along with your team name, and the name of the person who got Rummy. This person gets two bonus points (if it really is a Rummy hand!). Clip your Rummy hand to the page. Your team grade on this RAT will be based on the accuracy of the information your team provides!