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29 Cards in this Set

  • Front
  • Back

Formaldehyde

Methanal

Acetaldehyde

Ethanal

Priopionaldehyde

Propanal

Acetone

2-propanone

Constitutional isomer

Same formula

Stereoisomer

Same connectivity

Conformational isomer

Different rotations around single bonds

Configurational isomer

Change by breaking and reforming bonds

Enantiomer

Opposite configuration at every chiral center

Specific rotation

(observed rotation)/([] in g/mL*length in dm)

Diastereomer

Different at some chiral centers

Bonding orbital

Wave function signs are the same, less energy

Anti-bonding orbital

Wave function signs are different, more energy

Lewis acid

Accept electrons

Lewis base

Donate electrons

Bronsted-Lowry acid

Donate protons

Bronsted-Lowry base

Accept protons

Acid disassociation constant, Ka

[H+][A-]/[HA]

pKa

-logKa

Lower pKa

More acidic

Nucleophile

More electron density, less electronegativity and bulk

Polar protic solvent

Nucleophilicity increases from up to down

Polar aprotic solvent

Nucleophilicity decreases from up to down

SN1

Carbocation

SN2

Stereospecific

Electron-withdrawing groups

More acidic

Electron-donating groups

Less acidic

Hydroquinone

Benzene with two hydroxyls

Hydroxyquinone

Two carbonyls and one or more hydroxyls