Combustion
Alkane/Ether Balance Carbon> Hydrogen> Oxygen Halogenation
+Cl2 or Br2 Addition of Simple Acids
+HBr or HCl Markovnikov's Rule: Hydrogen goes to Carbon with more Hydrogen; the rich get richer Hydration
+H2O & Acid Catalyst (Pt, Pd, Ni) Markovnikov's Rule: the rich get richer Hydrogenation
Alkene/Alkyne --> Alkane Aldehyde --> Primary Alcohol Ketone --> Secondary Alcohol |
Polymerization
Addition Polymerization: linking together many Alkene molecules through addition reactions Carboxylic Acid: Condensation Amide: Polyamide Substitution
Aromatics= stable/chemically inert Dehydration
@180*C Alcohol --> Alkene @140*C Alcohol + Alcohol --> Ether Requires Acid Catalyst (H2SO4) OxidationPrimary Alcohol --> Aldehyde Secondary Alcohol --> Ketone Tertiary Alcohol -- NR Aldehyde --> Carboxylic Acid Ketone --> NR Thiols --> Disulfide Oxidizing Agents: K2Cr2O7; KMnO4 Tollens Reagent: 2Ag(NH3)2+ --> 2 Ag Benedicts Reagent: 2Cu2+ --> Cu2O (blue) --> (red precipitate) |
DissociationAcid: Carboxylic Acid, Phenol Donate H from -OH to H2O --> O- +H3O+ Base: Amine Steal H from H2O --> NH_+ + OH- Acid + H2O --> Base + H2O --> NeutralizationAcid + Base --> Salt + H2O Salt Ex) O-K+ Base: KOH, NaOH Acid: Phenol, Carboxylic Acid |
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