A. Sodium bisulphite

B. Chlorine

D. Sulphuric acid

A. Bacteria

C. Its corrosiveness

D. Undesirable taste and odour

A. Dark colored

B. Bleached easily

D. Dull white in color

A. None of these

B. Easy removal of its hardness

C. Reduced softening capacity of zeolite

B. Froth floatation

C. Roasting

D. Electromagnetic separation mainly

B. Lead

C. Tin

D. Iron

A. Form a protective film

C. Prevent gelling of the paint

D. Accelerate the oxidation of oil

A. CO + 3H2 = CH4 + H2O

C. C+ O2 = CO

D. CO + O2 = CO2

A. Oleic

B. Palmitic

D. Acetic

A. Antibiotic

B. Anti-TB

D. Anti-malarial

A. Oxidising

C. Photochemical

D. Reducing

A. SO2 + H2SO4

C. H2SO4

D. SO2

A. Sodium carbonate

C. Ammonium chloride

D. Sodium bi-carbonate

B. A batch process for directly producing high strength (98 to 100%) H2SO4

C. Non-catalytic and operates only on pyrites

D. Preferred over contact process for producing 98 to 100% H2SO4 and various oleums

A. Corrosion inhibitor

B. Fabric brightener

D. Anti-redeposition agent

A. Electrical insulator

B. Allotrope of carbon

C. Moderator used in nuclear reactor

B. 35

C. 20

D. 0.5

A. C

B. CO2

D. H2

B. Platinum

C. Zinc

D. Copper

A. Pigment dye

B. Mordant dye

C. Azoic dye

A. Coke oven gas

B. Water gas

C. Blast furnace gas

A. None of these

B. Cryolite

C. Chalcopyrite

A. 700

B. 2000

C. < 500

A. Lead

C. Soda lime

D. High silica

A. An inorganic polymer

B. A monomer

C. Phenol formaldehyde

A. Increase its thickness

B. Increase its flexibility & opacity

D. Increase its brightness

A. It is poisonous

B. It does not react with water

D. It is unstable

A. H2SO4

B. H2SO7

C. H2SO3

A. Sodium sulphite & sodium carbonate

B. None of these

D. Sodium sulphite & sodium sulphide

A. Nylon-66

B. Bakelite

C. Neoprene

A. Suspended salt

B. Dissolved oxygen

C. Dissolved salt

A. Improve the soap texture

B. Increase its cleansing action

D. Fasten lather formation

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

C. Adding alum

D. Simply boiling

A. Regenerated cellulose

B. Cellulose acetate

C. Cellulose acetate butyrate

B. Passing it through electrostatic precipitator

C. Absorbing in ethanolamine

D. Adsorbing on palladium

A. Enzyme

C. Amino acid

D. Biological catalyst

B. Hydrazine

C. Alum solution

D. NaOH

B. 30

C. 90

D. 50

A. Pyrolysis

C. Catalytic dehydrogenation

D. Catalytic cracking

A. Ethyl alcohol

B. Ethylene

D. Neither A. nor B.

A. Water to cement ratio

B. Drying period

C. Ambient temperature fluctuation

A. Lead

B. Alkali silicate

C. Soda lime

A. Phenol

B. Methyl amine

C. Xylene

A. Turbidity

C. Bacterial growth

D. None of these

A. Soda lime

B. Caustic soda

C. Caustic potash

A. Hydrocyanic acid

B. Nicotine

D. Sodium fluoride

B. 25

C. 98

D. 50

A. Constant for all fatty oils

C. None of these

D. Always negative

B. None of these

C. Recovery of product will be difficult

D. Uniformity of product cannot be achieved

B. SO3

C. SO2

D. NH3