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Happy Monday!

Happy Monday!. Bellwork :. Turn to your partner and talk about the following questions: What biomolecule contains the most energy? (Think about your project with the meal) Why do you think it has the most energy?.

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Happy Monday!

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  1. Happy Monday!

  2. Bellwork: • Turn to your partner and talk about the following questions: • What biomolecule contains the most energy? (Think about your project with the meal) • Why do you think it has the most energy?

  3. CO: I will understand and identify the structure and function of a carbohydrate.LO: I will write notes and build a carbohydrate.

  4. Notes: Biomolecules • Biomolecules are the molecules found in all living things. • Biomolecules are organic compounds. • Organic compound contain the element carbon (C) • All living things contain carbon • A substance without carbon is called inorganic Elements to know: C = carbon N = nitrogen H = hydrogen P = phosphorus O = oxygen

  5. Making a Carbohydrate: • What monomer did you build? • What elements are present in your monomer? • How does the structure of your monomer allow it to complete its function?

  6. Happy Tuesday!

  7. Happy Tuesday!Bellwork:1. Copy the Venn diagram below.2. Write and answer this question: Lipids are an organic molecule. What does this mean?

  8. CO: I will analyze and compare the structure and function of a carbohydrate and a lipid. LO: I will write notes. I will build a carbohydrate and a lipid.

  9. Structure: Functions: • Main source of immediate energy • Circle or ring shaped • Create a 1:2:1 ratio Elements: Good to know: • Often known as simple (monomers) and complex (polymers) • C, H, O Carbohydrate Monomer: Polymer: • Polysaccharide • Examples: starch, cellulose • Monosaccharide • Examples: glucose, sucrose

  10. Structure: Functions: • Source for long term energy • Primary component of the cell membrane • Chain shaped • A backbone and 3 tails Good to know: Elements: • Saturated fats: contain single bonds • Unsaturated fats: contain double bonds • C, H, O Lipids Monomer: Polymer: • Triglyceride (lipid) • Fatty acids

  11. Glucose

  12. Fructose

  13. Glycerol

  14. Fatty Acid

  15. Making a Lipid: • What kind of lipid did you make, saturated or unsaturated? How do you know? • What elements are in the lipids? • The glycerol in a lipid is often referred to as the glycerol backbone. Why do you think that is? 4. How does the structure of a lipid determine its function?

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