Chemistry Chapter 16 Entry Test MCQs

a. 2, 4-dibromophenol
b. m-bromophenol
c. A mixture of o- and p-bromophenols
d. 2, 4, 6-tribromophenol

d. 2, 4, 6-tribromophenol

a. Faster than the rate of benzene
b. Slower than the rate of benzene
c. Does not go for substituition
d. Equal to the rate of benzene

a. Faster than the rate of benzene

a. 4.5 mol
b. 1..5 mol
c. 6 mol
d. 3 mol

d. 3 mol

a. Cyclohexane
b. Benzene
c. Cyclohexanol
d. Toluene

c. Cyclohexanol

a. Formic acid
b. Phenol
c. Ethanol
d. Acetic acid

a. Formic acid

a. Adipic acid
b. Picric acid
c. Salicylic acid
d. Benzoic acid

b. Picric acid

a. Hydrogenation
b. Nitration
c. Bromination
d. Sulphonation

c. Bromination

a. Elimination
b. Condensation polymerization
c. Oxidation
d. Additional polymerization

b. Condensation polymerization

a. Wood
b. Vegetable oil
c. molasses
d. Coaltar

d. Coaltar

a. Methanol
b. phenol
c. Ethanol
d. Diethyl ether

c. Ethanol

Ethers

a. 110°
b. 180°
c. 60°
d. 90°

a. 110°

a. Wurtz’s synthesis
b. Kolbe’s synthesis
c. Williamson’s synthesis
d. Frankland’s synthesis

c. Williamson’s synthesis

a. C2H5ONa
b. NaOH
c. Na2S2O3
d. H2SO4

a. C2H5ONa

a. Ethyl acetate
b. Methyl acetate
c. Ethyl methyl ether
d. methyl ethyl ketone

c. Ethyl methyl ether

a. CH3OH& CH3ONa
b. C2H5OH & C2H5ONa
c. C4H9OH & C4H9ONa
d. C3H7OH & CH3ONa

b. C2H5OH & C2H5ONa

a. Comparatively inert
b. Very active
c. Active
d. Replaceable

a. Comparatively inert

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