1. We examined how different elements combine to form compounds using two models, the Periodic Table and Lewis diagrams. Looking back to the macromolecules in Lesson 2, what type(s) of compounds do you think are formed by these macromolecules? 2. What elements make up the macromolecules in Lesson 27 How could this help explain your answer to the first question?

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Chapter1: Chemical Foundations
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E E X
Lesson 1-10: Student Activity Sheet
INITIAL IDEAS
1. We examined how different elements combine to form compounds using two models, the
Periodic Table and Lewis diagrams. Looking back to the macromolecules in Lesson 2. what
type(s) of compounds do you think are formed by these macromolecules?
2. What elements make up the macromolecules in Lesson 27 How could this help explain
your answer to the first question?
3. What would we need to examine about the mnacromolecules in order to determine if our
lih D
Transcribed Image Text:dit was 3 minutes ago I UA E E X Lesson 1-10: Student Activity Sheet INITIAL IDEAS 1. We examined how different elements combine to form compounds using two models, the Periodic Table and Lewis diagrams. Looking back to the macromolecules in Lesson 2. what type(s) of compounds do you think are formed by these macromolecules? 2. What elements make up the macromolecules in Lesson 27 How could this help explain your answer to the first question? 3. What would we need to examine about the mnacromolecules in order to determine if our lih D
PHOSPHOLIPIDS
All living things are made of cells. Cells all have a membrane that separates their inside and their outside.
Cell membranes are made of phospholipids lined up in a pattern. Phospholipids are surrounded by
water. The water contains charged metal ions. The phospholipids connect to each other to form a cell
membrane.
Hydrogen
Onygen
Nitrogen
Carton
Phosphorus
Hydrophtic
Head
Water
Extracelllar
Intracelklar
Hydrophobic
Tal
Phonpholipid
Image: Created by inquryHub and adapted from CC BY 4.0 mages taken trom WikIMedia Commons (Phospholpic Phosoholpid Biaver Phospholpid Struchure)
MEMBRANE PROTEINS
Membrane proteins are molecules composed of atoms of carbon, hydrogen, oxygen, nitrogen,
and sulfur. They are found within the cell membrane. Water exists on both sides of this
membrane, so the ends and middle of the proteins have to be hydrophilic while the outsides are
hydrophobic, which positions them in the middle of the membrane. Membrane proteins help
bring needed nutrients, with the help of charged metal ions, into the cell and keep it alive. About
Vs of your genome codes for these membrane proteins.
Transcribed Image Text:PHOSPHOLIPIDS All living things are made of cells. Cells all have a membrane that separates their inside and their outside. Cell membranes are made of phospholipids lined up in a pattern. Phospholipids are surrounded by water. The water contains charged metal ions. The phospholipids connect to each other to form a cell membrane. Hydrogen Onygen Nitrogen Carton Phosphorus Hydrophtic Head Water Extracelllar Intracelklar Hydrophobic Tal Phonpholipid Image: Created by inquryHub and adapted from CC BY 4.0 mages taken trom WikIMedia Commons (Phospholpic Phosoholpid Biaver Phospholpid Struchure) MEMBRANE PROTEINS Membrane proteins are molecules composed of atoms of carbon, hydrogen, oxygen, nitrogen, and sulfur. They are found within the cell membrane. Water exists on both sides of this membrane, so the ends and middle of the proteins have to be hydrophilic while the outsides are hydrophobic, which positions them in the middle of the membrane. Membrane proteins help bring needed nutrients, with the help of charged metal ions, into the cell and keep it alive. About Vs of your genome codes for these membrane proteins.
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