Micro Chpt 2

Front 1

Polar molecule

Back 1

Forms H bonds (h2O). Gives high boiling point Temp hpmoestasis

Front 2

Acid

Back 2

Donates H+ ( protons) Lower than 7 on PH up H+= Up acid = down PH

Front 3

Base

Back 3

Donates OH- ( H) higher than 7 on PH

Front 4

PH

Back 4

Most org are nurtral - A to B

Front 5

CArbs

Back 5

ENERGY Sugars and starches

Front 6

Monosaccaride

Back 6

has 3-7 carbons- ex-glucose, ribose deoxyribose, hexose,

Front 7

Disaccaride

Back 7

2 monosac's put twogether- ex- sucrose- maltose- lactose

Front 8

Polysaccaride

Back 8

Many mionosacarridesex- Glycogen store for animals, Starch store for plants, Cellulose, dextran, mannan

Front 9

Lipids-

Back 9

Hydrophobic, NON polar doesnt mix with water, Saturated= has more hydrogen so No double bonds Non sat= 1 or more Double bonds (liquid)

Front 10

Complex lipids

Back 10

Phosopholipds Nonpolar ends, waxes (TB), Steroids 4 ringd sterols

Front 11

Proteins

Back 11

make up enzymes,4 levels Prime- pep bond, Second- H- bonds. Tertiar-h with R bonds Quant- shape and function

Front 12

Nucleic acids

Back 12

Made up od nucleotides. DNA- and RNA and ATP - AG- C with T or U

Front 13

DNA-

Back 13

Deoxyribose and thymine 9 MAkes genes

Front 14

RNA-

Back 14

Ribose and Uracil makes protein synthesis , single standed

Front 15

ATP-

Back 15

A- P- P- P, pricple short term energy carrier Does not form poymers Glucose is pricple long term energy carrier

Front 16

Atomic mass-

Back 16

sum of protons and nuetrons

Front 17

deCOMP REACTION-

Back 17

C6H12O6+ 6 O2== 6H2O + 6CO2

Front 18

Synthesis Reaction

Back 18

6H2O + 6CO2==C6H12O6+ 6 O2

Front 19

Organic

Back 19

HAs carbon and qxygen inorganic lacks carbon

Front 20

Waxes

Back 20

Water insoluble ( non poar) Ex- Myco tuberculosis and resistant to drying.