A. Fibre glass

B. Lead glass

D. High silica (borosilicate) glass

A. Do not contain pigment

B. Are prepared from non-drying oil

C. Are same as varnish

B. Benzene-toluol-xylol

C. Benzol-toluol-xylol

D. Benzol-toluene-xylene

A. Tin

C. Lead

D. Iron

B. 30

C. 90

D. 50

A. Proteins with high molecular weight (around 10,000)

B. Catalyst for temperature sensitive reactions

C. Derived from living organisms

A. Soda

B. Pyrex

D. Crookes

A. Colloidal impurities

C. Chlorinous taste

D. Turbidity

A. Pig iron

B. Zinc

D. Copper

A. Tetracycline

C. Penicillin

D. Streptomycin

A. Employs very high pressure

C. Uses no catalyst

D. Produces low density polyethylene

B. Anti-skimming agent

C. Dryer

D. Thinner

A. Bacterial growth

B. Turbidity

C. None of these

A. High spalling tendency

C. None of these

D. Less resistance to corrosion by slags

A. Softening

B. Sedimentation

D. Disinfection

A. Quicklime

B. Calcite

C. Sand

B. Absorbing in ethanolamine

C. Adsorbing on palladium

D. Passing it through electrostatic precipitator

B. Remove lignin by way of crystallisation

C. None of these

D. Increase the cellulose content

A. Is an anaesthetic

C. Is an antimalarial

D. Is used as a pain reliever

A. Tar

B. Phenol

C. Ammonia

A. Coke

C. Limestone

D. Sodium sulphate

A. Ziegler catalysts

B. Supported metal oxide catalysts

C. Radiation

A. Electrical insulator

B. Allotrope of carbon

C. Moderator used in nuclear reactor

A. Polyurethane

B. Silicone

C. Epoxy resin

A. Bakelite

B. Nylon-6

C. Teflon

A. Soil loving

C. Water hating

D. None of these

B. Hospitals for medicinal purposes

C. Gas masks and artificial breathing apparatus

D. Cutting and welding by oxy-acetylene flame

A. C

B. H2

D. CO2

A. Sodium sulphite & sodium sulphide

B. None of these

D. Sodium sulphite & sodium carbonate

B. Pig

C. High silicon

D. Cast

A. None of these

B. Cryolite

D. Chalcopyrite

A. Improve opacity

B. None of these

C. Impart adhesive properties

A. Glass manufacture

C. Hydrogenation of fatty oil as a catalyst

D. Development of exposed photographic plate

A. Nitre cake

C. Lime

D. Salt cake

A. Brighten the faint images

B. Convert silver chloride to silver

C. Remove metallic silver

B. Highly acidic in nature

C. Used for paper making

D. Used as a cattle feed

A. Trichloroethylene

B. Ethanol amine

D. Ethylene oxide

B. Styrene

C. None of these

D. Phenol

A. Dry process is used for the manufacture of cement, when the raw material is blast furnace slag

B. Portland cement is made employing wet process

D. Gypsum is added to Portland cement to lengthen its setting time

A. Metallic

B. Lubricating

D. Hard

A. None of these

C. Esterification of a fat

D. Oxidation of an aldehyde

A. Both temperature & pressure in the former is less than that

C. Temperature is more in the former whereas pressure is more

D. Pressure is more in the former whereas temperature is less

A. Activated clay

B. Bromine

D. Magnesium sulphite

A. None of these

C. Dibasic acid and the ring

D. Diamine and the ring

B. Ethyl alcohol

C. Phenol

D. Cumene

A. Liquid ammonia

B. Alcohol

C. Water

B. Pyrex

C. None of these

D. Crookes

A. Mercaptans

B. Gelatin

D. Neoprene

A. Same as Dacron

B. A polyester

D. Neither A. nor B.

A. Turbidity

B. Bacteria

D. Colour