12
Lesson 11: Research on Organic Molecules DO NOW: (5 minutes) 1. Predict which macromolecule would be the best as a quick energy source. 2. Take out Biomolecules HW Questions #1-10 HOMEWORK: 1.Take notes on textbook page 44-48 CLASS PLAYLIST: 1. Do Now 2. Review Homework 3. Research Activity 4. Review Chart 5. Closure ENRICHMENT: •Latin Root Word Activity

Lesson 11: Research on Organic Molecules

Embed Size (px)

DESCRIPTION

Do Now Predict which macromolecule would be the best as a quick energy source. Carbohydrate

Citation preview

Page 1: Lesson 11: Research on Organic Molecules

Lesson 11: Research on Organic MoleculesDO NOW: (5 minutes) 1. Predict which macromolecule

would be the best as a quick energy source.

2. Take out Biomolecules HW Questions #1-10

HOMEWORK:1.Take notes on textbook page 44-48

CLASS PLAYLIST: 1. Do Now2. Review Homework3. Research Activity4. Review Chart 5. Closure

ENRICHMENT: •Latin Root Word Activity

Page 2: Lesson 11: Research on Organic Molecules

Do Now

1. Predict which macromolecule would be the best as a quick energy source. – Carbohydrate

Page 3: Lesson 11: Research on Organic Molecules

Biomolecules HW Review

• Correct your answers on last night’s homework!

Page 4: Lesson 11: Research on Organic Molecules

What is an R group?

• R is a variable • Just like an X is a variable in Algebra!

Page 5: Lesson 11: Research on Organic Molecules

What is a long carbon backbone?

OR

Page 6: Lesson 11: Research on Organic Molecules

Monomer vs. Polymer

• Monomer + Monomer = Polymer• Monomers are the building blocks of polymers• You add them together and get a polymer!

Page 7: Lesson 11: Research on Organic Molecules

Monomers are the building blocks!

Page 8: Lesson 11: Research on Organic Molecules

Closure

1. Proteins are polymers formed from: a. Lipids. b. Carbohydrates. c. Amino Acids. d. Nucleic Acids.

2. Name four groups of organic compounds found in living things. • Protein, Carbohydrate, Lipid, Nucleic Acids

Page 9: Lesson 11: Research on Organic Molecules

Closure

• https://www.youtube.com/watch?v=fWI-AMKDoRE

• Marcie on the treadmill at Rutgers

Page 10: Lesson 11: Research on Organic Molecules

Biomolecules Activity Groups Period 1

1. Nicole , Demi V, Rhea, 2. Michael , Isabella , Rohan3. Patrick T, Liliana , Matthew M, 4. Brianna A, Austin , Daisy , Marissa , 5. Josh , Ryan I, Abi, Paige B, 6. Amy E, Demiana G, Jean, Chloe

Page 11: Lesson 11: Research on Organic Molecules

Biomolecules Activity Groups Period 6/7

1. Sam, Philip, Shay, Frank2. Daren, Sean, Rishabh, Eileen3. Hailey, Amira, Nick, Simone4. Karen, Mary, Anisah5. Gianna, Evan, Jahhad6. Sydney, Marco, Juliana

Page 12: Lesson 11: Research on Organic Molecules

Biomolecules Activity Groups Period 12

1. Sean, Jack, Connor2. Jacob, Janae, Maffer3. John, Morgan K, Amanda N4. Michael, Kaitlyn, Ryan5. Morgan B, Brandon, Mandi, Joseph6. Cathy, Kush, Shelly