Biology Quarter 2: Weeks 20-21 January 21-February 3, 2014 DATE IN CLASS HOMEWORK Tuesday-Wednesday Lipids, Nucleic Acids, Protein Structure 1. Ch. 2.3 Notes - (1,3; 95 min. proteins * 8; 85 min.) How does protein structure result in specific function? DUE: Th-F 1/9-10 1/21-22/14 2. Essay 1 Draft 2 DUE: F 1/24 Thursday-Friday Lab: Protein Testing 1. Enzyme Pre-Lab (1,3,8; 95 min.) DUE: M-T 1/27-28 * How does protein structure result in specific function? 1/23-24/14 2. Final Essay 1 Draft 2 How can proteins and amino acids be identified? DUE: F 1/24 Monday-Tuesday Enzyme Lab 1. Ch 2.4 Notes DUE: W-Th 1/29-30 (1,3,8; 95 min.) * How do enzymes act as catalysts to regulate the 1/27-28/14 2. Enzyme Exp Design rate of chemical reactions? DUE: W-Th 1/29-30 Wednesday-Thursday Enzyme Consolidation 1. Enzyme POGIL (1,3,8; 95 min.) DUE: F-M 1/31-2/3 * How do enzymes act as catalysts to regulate the 1/29-30/14 2. Enzyme PostLab rate of chemical reactions? DUE: F-M 1/31-2/3 3. Check for Understanding DUE: F-M 1/31-2/3 Friday-Monday Check for Understanding: 1. Ch. 7.1-2 Notes (1,3,8; 95 min.) Macromolecules DUE: T-W 1/21-22 1/31-2/3/14 * Demonstration of Understanding Knowledge and Skills = Carbon Compounds Carbon chemistry Monomers and polymers Complex Carbon Compounds Carbohydrates
Biology Quarter 2: Weeks 20-21 January 21-February 3, 2014 DATE IN CLASS HOMEWORK Tuesday-Wednesday (1,3; 95 min. 8; 85 min.) 1/21-22/14 Lipids, Nucleic Acids, Protein Structure * How does protein structure result in specific function? 1. Ch. 2.3 Notes - proteins DUE: Th-F 1/9-10 2. Essay 1 Draft 2 DUE: F 1/24 Thursday-Friday (1,3,8; 95 min.) 1/23-24/14 Lab: Protein Testing * How does protein structure result in specific function? How can proteins and amino acids be identified? 1. Enzyme Pre-Lab DUE: M-T 1/27-28 2. Final Essay 1 Draft 2 DUE: F 1/24 Monday-Tuesday (1,3,8; 95 min.) 1/27-28/14 Enzyme Lab * How do enzymes act as catalysts to regulate the rate of chemical reactions? 1. Ch 2.4 Notes DUE: W-Th 1/29-30 2. Enzyme Exp Design DUE: W-Th 1/29-30 Wednesday-Thursday (1,3,8; 95 min.) 1/29-30/14 Enzyme Consolidation * How do enzymes act as catalysts to regulate the rate of chemical reactions? 1. Enzyme POGIL DUE: F-M 1/31-2/3 2. Enzyme PostLab DUE: F-M 1/31-2/3 3. Check for Understanding DUE: F-M 1/31-2/3 Friday-Monday (1,3,8; 95 min.) 1/31-2/3/14 Check for Understanding: Macromolecules * Demonstration of Understanding 1. Ch. 7.1-2 Notes DUE: T-W 1/21-22 Knowledge and Skills = Carbon Compounds Carbon chemistry Monomers and polymers Complex Carbon Compounds Carbohydrates
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