B. Hydrogen peroxide

C. Chlorine

D. Chloramine

A. Proportional to the square of

C. Directly proportional to

D. Inversely proportional to

A. None of these

B. Are solvent soluble

C. Soften on application of heat

A. Red

B. White

D. Yellow

B. Na2HCO3

C. Na2CO3.10H2O

D. Na2CO3

A. Diaphragm electrolytic cell process

C. Mercury electrolytic cell process

D. None of these

A. Abrasive material

B. None of these

D. Catalyst used in shift conversion

B. Electrical insulator

C. Supercooled liquid

D. Amorphous isotropic material

A. None of these

C. Coke oven gas

D. Air

A. Carbonates

B. Sulphates

C. Phosphates

A. Contact process of sulphuric acid manufacture produces pure acid of concentration ? 98%

B. 75% oleum can be produced by distillation of 20% oleum

D. Chamber process of sulphuric acid manufacture produces pure acid of concentration < 80%

A. Optical brightening agent

B. Surfactant

D. Builder

A. Separation of isotopes of uranium from gaseous uranium hexafluoride

B. Purification of oxygen

C. Separation of helium from natural gas

B. Benzene hexachloride

C. Cellulose nitrate

D. Polytetrafluoroethylene

A. Prevent sulphonation of the monochlorobenzene by the acid catalyst

B. Achieve non-hygroscopic property

C. None of these

A. 78% H2SO4

C. 20% oleum

D. 65% oleum

A. Phenol

C. Naphthalene

D. Benzoic acid

A. Its unsuitability under varying temperature conditions

B. None of these

C. Substantially high change in fluidity of oil with temperature

B. Feldspar

C. Gypsum

D. Galena

A. Slaked lime

C. Hissing sound

D. Exothermic heat

A. 0.14

C. 0.34

D. 1.4

B. Vanadium

C. Silica gel

D. Alumina

A. Insurance rates on annual basis in a chemical plant may be about 1% of the fixed capital

C. Annual depreciation rate of buildings in a chemical plant is about 3% of its initial cost

D. estment

E. The annual depreciation rate for machinery and equipments in a chemical process plant is

F. ut 10% of the fixed capital investment

A. Greater amount of heat build-up under heavy loading

B. Poorer resistance to oxidation

D. Poorer tensile strength

A. Iron

C. Alumina

D. Platinum

A. Dye

C. Anti-pyretic drug

D. Food preservative

A. Isopropyl alcohol

C. Zeolite

D. Cumene

B. Bauxite

C. Manganese

D. Quartz

A. None of these

B. Esterification of a fat

D. Oxidation of an aldehyde

A. Metallic soaps with frothing agent from which glycerine has not been recovered

B. ally washed with methylated spirit to achieve transparency</strong>

D. Metallic soaps with frothing agent and free Stearic acid to achieve transparency

E. None of these

B. MgCO3 = MgO + CO2

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

D. C + H2O = CO + H2

A. Styrene butadiene rubber (SBR)

B. Polyurethane

D. Polybutadiene

A. Lime

C. Nitre cake

D. Salt cake

A. Styrene

B. None of these

D. Phenol

A. None of these

C. ural characteristics</strong>

D. Inhibiting the growth of micro-organisms without killing them

E. Removal of fatty and albuminous substance from it

B. Slag

C. Pozzolan

D. Waterproof

B. Low carbon conversion efficiency is achieved

C. Entrainment of solids is higher

D. Coking coals cannot be used

A. Limestone

C. Quicklime

D. Gypsum

A. 100 150

B. < 5

D. 250 300

B. V2O5 on a porous carrier & oxides of nitrogen

C. Oxides of nitrogen & Cr2O3

D. V2O5 & Cr2O3.

A. Polymerisation of a mixture of benzene & propylene

B. Oxidation of naphthalene

C. None of these

A. From molasses

B. From waste sulphite substrate of paper mills

C. By Esterification and hydrolysis of ethylene

A. Ammonium bicarbonate

C. Gypsum

D. Alumina

A. Calcite

B. Sand

C. Quicklime

A. Habers

C. Bosch

D. Ostwalds

A. osilicate and aluminium borosilicate

B. enic oxide

C. Hard glass which is used for making laboratory glass wares is a mixture of sodium

D. Ordinary glass is represented chemically by Na2O . CaO . 6SiO2

E. Glass is decolorized during its manufacture by adding antimony oxide, manganese dioxide or

B. Soda

C. Flint

D. Potash

A. Galena

B. Gypsum

C. Celestite

A. Spalling

C. Both A. & B.

D. Neither A. nor B.

A. Increase the density of cement

C. Both A. and B.

D. Neither A. nor B.