DIRECTIONS 1 Take out your stamp sheet Make

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DIRECTIONS 1. Take out your stamp sheet. Make sure your name is on it.

DIRECTIONS 1. Take out your stamp sheet. Make sure your name is on it. 2. Pick an assignment • • Vocab 1 -1 notes 1 -2 notes + Levels of Organization Project 1 -3 notes + Cell Phone vs. Human Diagram 3. Put it BEHIND your stamp sheet and drop it off at the very back lab bench on YOUR SIDE.

1. 2. 3. 4. 5. DO NOW ACTIVITY #5 Define control. Define variable. Define

1. 2. 3. 4. 5. DO NOW ACTIVITY #5 Define control. Define variable. Define hypothesis. List the steps of the scientific method. What is the difference between theory and hypothesis? 6. What is the difference between control and variable?

DO NOW 1. What. ACTIVITY is the difference between#6 an element and 2. 3.

DO NOW 1. What. ACTIVITY is the difference between#6 an element and 2. 3. 4. 5. 6. a molecule? What are the 4 macromolecules? Which macromolecule is made of fats? Which macromolecule is made of amino acids? Which macromolecule is made of sugars? Which macromolecule is made of nucleotides?

1. 2. 3. 4. DO NOW ACTIVITY #7 Give the definition of homeostasis. Give

1. 2. 3. 4. DO NOW ACTIVITY #7 Give the definition of homeostasis. Give the definition of cell. Give the definition of organism. Why is a human considered a living thing, but a cell phone is not? Which Characteristics of Life is it missing? 5. What is the correct order of the Levels of Organization?

1. 2. 3. 4. DO NOW ACTIVITY #8 Give me an example of a

1. 2. 3. 4. DO NOW ACTIVITY #8 Give me an example of a nucleic acid. Give me an example of a protein. Give me an example of a carbohydrate. How are macromolecules formed? (simple to complex) 5. What 2 macromolecules are made up of the same elements? 6. How are macromolecules formed from essential

Unit 1—Molecular Biology Essential Question How are macromolecules formed from the essential elements of

Unit 1—Molecular Biology Essential Question How are macromolecules formed from the essential elements of living systems? SECTION 1 -4 MACROMOLEC Learning Targets 2. Explain how macromolecules are formed from individual elements (Carbon, Hydrogen, Oxygen, and Nitrogen). 3. Explain how the sugar molecules from our food are broken down into elements (C, H, O) and used to make other macromolecules.

THIS IS A

THIS IS A

ANNOUNCEME NTS 1. Section 1 Test üScheduled for Tuesday: 8/28/18 2. Stamp Sheet due

ANNOUNCEME NTS 1. Section 1 Test üScheduled for Tuesday: 8/28/18 2. Stamp Sheet due Monday 8/27/18 3. Class website is updated with all necessary class files 4. Did you have a Quiz today? Be prepared for a quiz on 1 -1 and 12 notes tomorrow!

ANNOUNCEME NTS LAB IS GOING TO BE ON WEDNESDAY AUGUST 22, 2018! *Do Not

ANNOUNCEME NTS LAB IS GOING TO BE ON WEDNESDAY AUGUST 22, 2018! *Do Not Be Absent. There will be no make-up labs offered*

ANNOUNCEME NTS Extra Credit Opportunity (CLASS PASS): 5 bananas || 1 box of strawberries

ANNOUNCEME NTS Extra Credit Opportunity (CLASS PASS): 5 bananas || 1 box of strawberries || a bottle of 91% isopropyl alcohol

DON’T FORGET TO CHUNK YOUR NOTES!

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CARBOHYDRATES Carbohydrates are made ofsugars

CARBOHYDRATES Carbohydrates are made ofsugars

CARBOHYDRATES energy They are your MAIN source of

CARBOHYDRATES energy They are your MAIN source of

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LIPIDS Lipids are made of: Fats, Oils, and

LIPIDS Lipids are made of: Fats, Oils, and

LIPIDS ARE NEEDED FOR: Energy Insulatio n Cell Membrane

LIPIDS ARE NEEDED FOR: Energy Insulatio n Cell Membrane

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NUCLEIC ACIDS Nucleic acids are made nucleotides up of:

NUCLEIC ACIDS Nucleic acids are made nucleotides up of:

NUCLEIC ACIDS Nucleic acids store and transmit hereditary, or genetic

NUCLEIC ACIDS Nucleic acids store and transmit hereditary, or genetic

NUCLEIC ACID EXAMPLES ARE: 1. DNA stores genetic information 2. RNA makes proteins

NUCLEIC ACID EXAMPLES ARE: 1. DNA stores genetic information 2. RNA makes proteins

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PROTEINS Proteins are made of Amino

PROTEINS Proteins are made of Amino

PROTEINS ARE Muscl NEEDED FOR: es Cell Transport Lactose Tolerance Ski

PROTEINS ARE Muscl NEEDED FOR: es Cell Transport Lactose Tolerance Ski

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STRUCTURE Monome r Polyme Macromolecul

STRUCTURE Monome r Polyme Macromolecul

STRUCTURE Monomers -- simple molecules Polymer -- linked monomers Macromolecules -- large

STRUCTURE Monomers -- simple molecules Polymer -- linked monomers Macromolecules -- large

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STRUCTURE: CARBOHYDRATES Monomer =

STRUCTURE: CARBOHYDRATES Monomer =

STRUCTURE: CARBOHYDRATES Polymer = Polysaccharide

STRUCTURE: CARBOHYDRATES Polymer = Polysaccharide

STRUCTURE: CARBOHYDRATES Macromolecule =

STRUCTURE: CARBOHYDRATES Macromolecule =

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STRUCTURE: LIPIDS Monomer = Fatty

STRUCTURE: LIPIDS Monomer = Fatty

STRUCTURE: LIPIDS Polymer = Triglyceride

STRUCTURE: LIPIDS Polymer = Triglyceride

STRUCTURE: LIPIDS Macromolecule = Lipid

STRUCTURE: LIPIDS Macromolecule = Lipid

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STRUCTURE: NUCLEIC ACIDS Monomer =

STRUCTURE: NUCLEIC ACIDS Monomer =

STRUCTURE: NUCLEIC ACIDS nucleotide + nucleotide Poly-Nucleotide Polymer = Poly-Nucleotide

STRUCTURE: NUCLEIC ACIDS nucleotide + nucleotide Poly-Nucleotide Polymer = Poly-Nucleotide

STRUCTURE: NUCLEIC ACIDS Macromolecule = Nucleic

STRUCTURE: NUCLEIC ACIDS Macromolecule = Nucleic

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STRUCTURE: PROTEINS Monomer = Amino Acids

STRUCTURE: PROTEINS Monomer = Amino Acids

STRUCTURE: PROTEINS amino acids + amino acids Poly-Peptide Polymer = Poly-

STRUCTURE: PROTEINS amino acids + amino acids Poly-Peptide Polymer = Poly-

STRUCTURE: PROTEINS Macromolecule =

STRUCTURE: PROTEINS Macromolecule =

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OUR BODY CAN MAKE MACROMOLECULES To make something, you must have materials to start

OUR BODY CAN MAKE MACROMOLECULES To make something, you must have materials to start with.

OUR BODY CAN MAKE MACROMOLECULESExample To make proteins you need: 1. __element? __ 2.

OUR BODY CAN MAKE MACROMOLECULESExample To make proteins you need: 1. __element? __ 2. __element? __ 3. __element? __ 4. __element? __

OUR BODY CAN MAKE MACROMOLECULESExample To make proteins you need: 1. __Hydrogen__ 2. __Nitrogen__

OUR BODY CAN MAKE MACROMOLECULESExample To make proteins you need: 1. __Hydrogen__ 2. __Nitrogen__ 3. __Carbon__ 4. __Oxygen__

OUR BODY CAN MAKE MACROMOLECULES You can get 1. __element? __ 2. __element? __

OUR BODY CAN MAKE MACROMOLECULES You can get 1. __element? __ 2. __element? __ 3. __element? __

OUR BODY CAN MAKE MACROMOLECULES You can get 1. __Carbon__ 2. __Hydrogen__ 3. __Oxygen__

OUR BODY CAN MAKE MACROMOLECULES You can get 1. __Carbon__ 2. __Hydrogen__ 3. __Oxygen__

OUR BODY CAN MAKE MACROMOLECULES To make nucleic acids you need: 1. __element? __

OUR BODY CAN MAKE MACROMOLECULES To make nucleic acids you need: 1. __element? __ 2. __element? __ 3. __element? __ 4. __element? __

OUR BODY CAN MAKE MACROMOLECULES To make nucleic acids you need: 1. __Hydrogen__ 2.

OUR BODY CAN MAKE MACROMOLECULES To make nucleic acids you need: 1. __Hydrogen__ 2. __Nitrogen__ 3. __Carbon__ 4. __Oxygen__

OUR BODY CAN MAKE MACROMOLECULES To make lipids you need: 1. __element? __ 2.

OUR BODY CAN MAKE MACROMOLECULES To make lipids you need: 1. __element? __ 2. __element? __ 3. __element? __

OUR BODY CAN MAKE MACROMOLECULES To make lipids you need: 1. __Carbon__ 2. __Hydrogen__

OUR BODY CAN MAKE MACROMOLECULES To make lipids you need: 1. __Carbon__ 2. __Hydrogen__ 3. __Oxygen__

OUR BODY CAN MAKE MACROMOLECULES

OUR BODY CAN MAKE MACROMOLECULES