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Quick Chemistry Review Potential Energy stored energy Covalent Bonding sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding charged particles Anions = negative charge Cations = positive
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Quick Chemistry Review Potential Energy stored energy Covalent Bonding sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

Jan 19, 2016

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Page 1: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

Quick Chemistry Review

Potential Energy stored energyCovalent Bonding sharing e-

Nonpolar = equal sharing

Polar = unequal sharing

Ionic Bonding charged particlesAnions = negative charge

Cations = positive charge

Page 2: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

Hydrogen Bonds: weak bonds

Important because molecules can come together, bond temporarily and than separate

Page 3: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

I. POLYMERS repeating unitsA. Carbohydrates

* Usually in ring form in aqueous solution

Page 4: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

1.Monosaccharides: glucose, fructose, galactose

Page 5: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

2. Disaccharides: maltose, lactose, sucrose

Page 6: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

3. Polysacharides: starch, chitin, glycogen

Page 7: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

B. Fats Glycerol + 3 Fatty AcidsSaturated = all single bonds

Page 8: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

Unsaturated = one or more double or triple bonds

Page 9: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

1. Phospholipids

Page 10: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

2. Steroids: cholesterol

Page 11: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

C. ProteinsAmino group + R’ group + carboxyl group

Page 12: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

Primary

Secondary

Tertiary Quaternary

Page 13: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

Proteins may be DENATURED by

•heat• pH

Page 14: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

D. Nucleic Acids

• DNA• RNA

Page 15: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

II. METABOLISM

Catabolic = exergonicAnabolic = endergonic

Page 16: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

III. ENZYMESProteins = biological catalysts

Page 17: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

•Enzyme-Substrate Complex

• Cofactors

Page 18: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

•Enzyme Specificity

•Induced Fit

Page 19: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

•Competitive Inhibitors

•Noncompetitive Inhibitors

Page 20: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

•Allosteric Regulation

Page 21: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

IV. WATER• polar and asymmetrical

Page 22: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

1. Cohesive •cohesion

•surface tension

•adhesion

2. Stabilizes Temperature

• high specific heat

• acts as a heat sink

Page 23: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

3. High Heat of Evaporation• evaporative cooling

4. Expands when it freezes• contributes to its use in

the environment

5. Versatile Solvent• due to polarity

Page 24: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

V. ORGANIC COMPOUNDSA. Isomers

•Structural

Page 25: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

• Geometric

• Stereoisomers

Page 26: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

B. Functional Groups• Hydroxyl

(-OH) alcohols

• Carbonyl(-C=O) at end = aldehyde

in middle = ketone

Page 27: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

• Carboxyl(-COOH) carboxylic acid

• Amino

(-NH2) amines

Page 28: Quick Chemistry Review Potential Energy  stored energy Covalent Bonding  sharing e - Nonpolar = equal sharing Polar = unequal sharing Ionic Bonding

• Sulfhydryl (-SH) thiol

•Phosphate(-PO4) organic phosphate