Name the Compound
Name the Functional Group
Reagents (+Catalysts)
Name the Product
Double Points
100

CHI3

Triiodomethane

100

R-OH

Hydroxyl Group

100

CH3CH2OH → CH3CH2Cl

PCl5

100

Reactant: CH3CH=CH2

Reagent: H2 / Pt

Condition: Heat

CH3CH2CH3

Propane

100

Name the Reagent

CH3CH2OH → CH2=CH2

conc. [H3PO4 / H2SO4]

200

C6H5OH

Phenol / Benzenol

200

>C=O

Carbonyl Group

200

CH3CH2Br → CH2=CH2

[NaOH or KOH] (Dissolved in Ethanol)

200

Reactant: CH3CH2CH2Br

Reagent: NaOH (aq)

CH3CH2CH2OH

Propan-1-ol

200

Name the FG

R-NH-R'

Secondary Amino Group

300

CH2=CH-CHO

Prop-2-enal

300

R-O-R'

Ether Group

300

CH3CH(OH)CH3 → CH3COCH3

Acidified [Na2Cr2O7 / K2Cr2O7]

300

Reactant: CH3CH2COOH

Reagent: CH3OH + conc. H2SO4

CH3CH2COOCH3

Methyl Propanoate

300

Name the Compound

CH3CONHCH3

N-methylethanamide

400

CH3CH2CN

Acetonitrile / Ethanenitrile

400

R-C≡N

Nitrile Group

400

CH3CH2COOH → CH3CH2CH2OH

LiAlH4 (Dissolved in dry ether)

400

Reactant: CH3CH2OH

Reagent: K2Cr2O7 / H+

Condition: Distil.

CH3CHO

Ethanal

400

Name the Product

Reactant: CH3COOCH2CH3

Reagent: 1. excess LiAlH4 (dry ether) 2. H3O+

Conditions: Reflux

CH3CH2OH

Ethanol

500

CH3COOCH2CH2CH2CH3

Butyl Acetate / Butyl Ethanoate

500

R-C6H5

Phenyl Group

500

C6H6 → C6H5NO2

Conc. HNO3 + Conc. H2SO4 (catalyst)
500

Reactant: CH3COOCH3

Reagent: 1. H2O + dil. NaOH 2. H3O+

Condition: Reflux

CH3OH + CH3COOH

Methanol + Acetic Acid

500

Name the FG

R-CO-O-CO-R'

Acid Anhydride