organic reactions page 696 in text page 10:41 in regents review book

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Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

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Page 1: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Organic Reactions

Page 696 in TextPage 10:41 in Regents Review Book

Page 2: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Substitution Definition: replacement of one kid of atom

or group by another kind of atom or group in alkanes only

Example:

Page 3: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Addition

Definition: Adding one or more atoms at a double or triple bond in alkenes and alkynes but not in alkanes because there are no multiple bonds

Example:

Page 4: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Fermentation

Glucose is broken down into ethanol and carbon dioxide by enzymes

C6H12O6 → C2H5OH + CO2

Glucose Ethanol Carbon

Dioxide

Page 5: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Esterification

The reaction between an acid and an alcohol produce and ester and water

Example: ethanoic acid + methanol → methyl ethanoate + water

Page 6: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Saponification

The reverse of esterification Esters break into acid and alcohol Produces soap

Fat + Strong Base → soap + glycerol

Salt of an acid Alcohol

Page 7: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Combustion

Burning a hydrocarbon in the presence of oxygen

Produces CO2 + H2O

Page 8: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Polymerization Smaller molecules (monomers) join

together to form a larger molecule (polymers)

Condensation Polymerization – dehydration (remove water) to form a polymer

Naturally occuring polymers include starch, protein and cellulose.

http://images.google.com/imgres?imgurl=http://www.uwsp.edu/chemistry/tzamis/petpolymeranimate.gif&imgrefurl=http://www.uwsp.edu/chemistry/tzamis/condensationpolymer.html&h=144&w=767&sz=45&hl=en&start=3&um=1&tbnid=ICrvq9jBZmRwJM:&tbnh=27&tbnw=142&prev=/images%3Fq%3Dcondensation%2Bpolymerization%26um%3D1%26hl%3Den%26rls%3Dcom.microsoft:en-us%26sa%3DN

Page 9: Organic Reactions Page 696 in Text Page 10:41 in Regents Review Book

Polymerization

Addition Polymerization Monomers joining together by breaking

a double or triple bond to form a polymer

Ethene breaking bondsto form polyethylene