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76 Cards in this Set

  • Front
  • Back

Strong nucleophile/ weak base

SN2

Strong nucleophile/ weak base 2°

Major SN2


Minor Sn1

Strong nucleophile/ weak base 3°

Major Sn1


Minor E1

Strong nucleophile/ strong base 1°

Major Sn2


Minor E2

Strong Nucleophile/ Strong base 2°

Major E2


Minor Sn2

Strong nucleophile/ strong base 3°

E2

Weak Nucleophile/ weak base 1°

Sn2


E2


Unlikely to occur

Weak nucleophile/ weak base 2°

Sn1


Sn2


E1


E2


No reaction

Weak nucleophile/ weak base 3°

Sn1


E1

N3-

Weak base/ strong nucleophile

RCO2-

Weak base strong nucleophile

CN-

Weak base strong nucleophile

Cl-

Weak base strong nucleophile

HS-

Weak base strong nucleophile

H2S

Weak base strong nucleophile

Br-

Weak base strong nucleophile

RS-

Weak base strong nucleophile

RSH

Weak base Strong nucleophile

I-

Weak base strong nucleophile

ArO-

Weak base strong nucleophile

HO-

Strong nucleophile strong base

MeO-

Strong base strong nucleophile

EtO-

Strong base strong nucleophile

H2O

Weak base weak nucleophile

MeOH

Weak nucleophile weak base

EtOH

Weak nucleophile weak base

Good nucleophile

Anions

Right turn of priority of chirality

R configuration

Left turn of priority of chirality

S configuration

Cahn-Ingold-Prelog system priority

Greater atomic number the greater the priority


Count as many times as bond order

Achiral molecule

Has plane of symmetry

Chiral molecule

No plan of symmetry

Relative basicity of common bases

OH<OR <C=_R <NH2 <CH=CH2 <CH2CH3

Relative acidity of conjugate acids

H-OH>H-OR>H-C=_CR >H-NH2 >CH=CH2 >CH2CH3

Leaving group reactivity

OH-, NH2-, OR- < F- < Cl- < Br- < I- < TosO-

Increasing nucleophilicity in polar aprotic solvent (no available donating proton)

I- < Br- < Cl- < F-

Increasing nucleophilicity in polar protic solvent (with available donating proton)

F- < Cl- < Br- < I-