A. Acrylonitrile and butadiene

B. Acrylonitrile and styrene

C. Isobutylene and isoprene

D. None of these

A. Decreases with decrease of thickness of the flakes

B. Increases with the increasing flake size keeping the flake thickness constant

C. Increases considerably with the rise of temperature

D. Decreases as the moisture content of flakes increases

A. Citric acid

B. Invertage

C. Benzoyl peroxide

D. Ammonium chloride

A. Causes reduction in its dissolved oxygen content thereby endangering the life of aquatic creatures

B. Reduces sulphate ions to sulphides causing obnoxious smell

C. Increases the quantity of chlorine used for its purification

D. All (A), (B) and (C)

A. Conversion of SO2 to SO3

B. NH3 synthesis reaction

C. Both (A) and (B)

D. Neither (A) nor (B)

A. Catalytic cracking

B. Catalytic dehydrogenation

C. Pyrolysis

D. Hydrocracking

A. Polystyrene

B. Polyisoprene

C. Polybutadiene

D. Polychlorophrene

A. Manufacture of explosive

B. Conditioning and humidification of tobacco

C. Manufacture of pharmaceuticals

D. None of these

A. Alkaline

B. Acidic

C. Neutral

D. None of these

A. Reduction

B. Roasting

C. Calcination

D. Smelting

A. 1 - 2

B. 15 - 20

C. 50 - 60

D. 80 - 85

A. Average degree of polymerisation of the polymer is 1966

B. Number of carbon atoms between two nitrogen atoms are 6

C. Number of nitrogen atoms between two carbon atoms are 6

D. Polymer was first synthesised in 1966

A. 1

B. 2.5

C. 5

D. 10

A. Caffeine

B. Nicotine

C. Calgon

D. Lignin

A. Na₂CO₃

B. NaHCO₃

C. Na₂CO₃.H₂O

D. Na₂CO₃.10H₂O

A. Polyamide

B. Thermosetting resin

C. Polyester

D. None of these

A. H₂SO₃

B. H₂SO₄

C. H₂S₂O₇

D. H₂SO₇

A. Conversion of SO₂ to SO₃ in Monsanto-4 pass converter is about 98%

B. The chemical formula of oleum is H2S2O7, which is formed by saturating sulphuric acid with sulphur trioxide

C. Vitriol oil is nothing but technical sulphuric acid

D. Decomposition of sulphuric acid on heating does not start before its boiling

A. Dehydration

B. Reduction

C. Oxidation

D. Polymerisation

A. Alexander

B. Flaming

C. Doctor Zhivago

D. None of these

A. As a starting material for 'hypo'

B. In photographic industry

C. As rocket fuel

D. In printing industry

A. A basic

B. An acidic

C. A neutral

D. Not a

A. Hexamethylene diamine and adipic acid

B. Hexamethylene diamine and Maleic anhydride

C. Caprolactam

D. Dimethyl terephthalate and ethylene glycol

A. Bacterial growth

B. Taste and odour

C. Turbidity

D. None of these

A. Cellulose nitrate

B. Regenerated cellulose nitrate

C. Cellulose acetate

D. Regenerated cellulose acetate

A. Triglyceride

B. Fatty acids

C. Fatty alcohol

D. Mono esters

A. Carbonating tower

B. Ammonia recovery

C. Ammonia recovery and size of the plant

D. Ammoniation of salt solution

A. Bicarbonates & sulphates of calcium and magnesium

B. Undesirable taste and odour

C. Bacteria

D. Its corrosiveness

A. Catalytic hydrogenation of carbon monoxide produces methyl alcohol

B. In nylon-6, the number 6 represents the total number of carbon atoms in the ring

C. Raw materials for DDT manufacture are benzene and chlorine

D. Ethanolamines are produced by using ammonia and ethylene oxide as raw material

A. Dehydrogenation

B. Oxidation

C. Alkylation

D. Dehydration

A. Carbon

B. Arsenic

C. Lead

D. Sulphur