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100 Atoms, Elements, and Compounds 400 300 200 500 100 Propertie s of Water 400 300 200 500 100 Macromolecu les 400 300 200 500 100 Chemical Reactions 400 300 200 500 100 Enzymes 400 300 200 500
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100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Dec 29, 2015

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Page 1: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

100

Atoms, Elements, and Compounds

400

300

200

500

100

Properties of Water

400

300

200

500

100

Macromolecules

400

300

200

500

100

Chemical Reactions

400

300

200

500

100

Enzymes

400

300

200

500

Page 2: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The building blocks of matter

Column 1, 100

Page 3: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are atoms

Column 1, 100

Page 4: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

3 particles that make up atoms

Column 1, 200

Page 5: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are protons, neutrons and

electrons

Column 1, 100

Page 6: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The two particles located in the nucleus

of an atom

Column 1, 300

Page 7: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are protons and neutrons

Column 1, 300

Page 8: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

_____ cannot be broken down into other substances.

Column 1, 400

Page 9: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are elements

Column 1, 300

Page 10: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

NaCl and H2O are examples of

Column1, 500

Page 11: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are compounds?

Column 1, 300

Page 12: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The force that allows plants to pull water

up through their stems

Column 2, 100

Page 13: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is capillary action (yes, it’s in the

chapter pg 162.)

Column 1, 300

Page 14: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Water is the _______________

solvent.

Column 2, 200

Page 15: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is universal solvent. (Also pg

162!)

Column 1, 300

Page 16: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Water is held together by these type

of bonds:

Column 2, 300

Page 17: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are POLAR COVALENT

HYDROGEN bonds

Column 1, 300

Page 18: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The chemical formula for water.

Column 2, 400

Page 19: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is H2O

Column 1, 300

Page 20: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

pH of pure water

Column 2, 500

Page 21: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is 7

Column 1, 300

Page 22: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Name the 4 classes of macromolecules

Column 3, 100

Page 23: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are carbohydrates,

proteins, nucleic acids and lipids

Column 1, 300

Page 24: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The 3 elements contained in all

macromolecules.

Column 3, 200

Page 25: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is Carbon, Hydrogen and

Oxygen

Column 1, 300

Page 26: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Column 3, 300

The 3 parts of a nucleotide

Page 27: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is a sugar, phosphate and a base

Column 1, 300

Page 28: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Molecules made from repeating units of

monomers

Column 3, 400

Page 29: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What are polymers?

Column 1, 300

Page 30: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

List one function for each of the classes of

macromolecules.

Column 3, 500

Page 31: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Carbohydrates/Lipids store energy

Proteins- speed chemical reactions

Nucleic Acids- store genetic informationColumn 1, 300

Page 32: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Name the reactants and products:

CO2+H2O H2CO3

Column 4, 100

Page 33: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

CO2+H2O- Reactants

H2CO3- Products

Column 1, 300

Page 34: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Define “chemical reaction”

Column 4, 200

Page 35: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is the process by which atoms or groups of atoms are

reorganized ?Column 4, 200

Page 36: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The energy needed to get a reaction started.

Column 4, 400

Page 37: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is the activation energy

Column 4, 200

Page 38: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

In a chemical equation, the number written in FRONT of a reactant or product

Column 4, 500

Page 39: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is a coefficient?

Column 4, 300

Page 40: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The type of reaction that releases energy in the form of heat

Column 4, 300

Page 41: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is an exothermic reaction?

Column 4, 300

Page 42: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

An enzyme is this type of

macromolecule.

Column 5, 100

Page 43: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is a protein?

Column 4, 300

Page 44: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The enzyme binds to a ________ &

releases ________.

Column 5, 200

Page 45: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is a substrate and product?

Column 4, 300

Page 46: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Describe HOW an enzyme catalyzes a

reaction.

Column 5, 300

Page 47: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is LOWER the activation energy.

(NOT directly speeding up a

reaction.)Column 4, 300

Page 48: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

The specific location where a substrate

binds on an enzyme

Column 5, 400

Page 49: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is the active site?

Column 4, 300

Page 50: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

Two factors that can affect enzyme

activity

Column 5, 500

Page 51: 100 Atoms, Elements, and Compounds 400 300 200 500 100 Properties of Water 400 300 200 500 100 Macromolecules 400 300 200 500 100 Chemical Reactions 400.

What is pH and temperature

Column 4, 300