A. High temperature and low pressure

B. Low temperature and low pressure

C. High temperature and high pressure

B. double salts

C. complexes

D. Hydrated ions

B. Epichlorohydrin with diphenylol propane

C. Polyamines with aliphatic dicarboxylic acids

D. Styrene in the presence of catalyst

A. A and B

C. Rate of formation of product

D. Energy released during reaction

B. 6

C. 0

D. 2

A. Epichlorohydrin

B. Acrylic acid

C. Vinyl chloride

A. Zn

B. Cl

C. Cu

A. any one

B. 1

C. 0

A. hydrate

B. monodentate ligand

D. polydentate ligand

B. none of the above

C. Linds method

D. Beckmanns method

A. sulphuric acid

B. ozone

D. carbonic acid

A. 2

B. 5

C. 3

B. valency

C. coordination number

D. charge number

A. by heating it

B. by removal of solution

D. by addition of fresh solution

A. equal to the mole fraction of solvent

B. equal to the mole fraction of solute

C. directly proportional to the mole fraction of solute

A. None

B. Dilution decreases

C. Pressure increases

A. Biosphere

C. Both a & b

D. Hydrosphere

A. Remains the same as the reaction proceeds

B. May decrease or increase as the reaction proceeds

C. Increases as the reaction proceeds

A. 3 7 days

C. 2 -3 days

D. 2 3 years

A. 1 m

B. 0.1 N

D. 0.1 M

B. Not a type of lipids

C. Simple lipids

D. Derived lipids

A. Mn Te Re

B. Zn Cd Hg

D. Fe Ru Os

A. all of the above

B. saturated solution

D. concentrated

A. secondary cell

B. primary cell

C. voltaic cell

A. SO3

B. CO

D. NO

A. Lipids

C. Substrate

D. any of above

A. copper

B. iron

D. boron

A. manure

B. urea

C. All

A. ideal solution

C. azeotropic solution

D. non-ideal solution

A. Hebrew

B. English

D. Greek

A. ligand

B. poly-dentate ligand

D. mono-dentate ligand

A. no regular trend

C. remain same

D. decreases

A. S

C. Cr

D. N

A. A and B

C. dry cell

D. electrolytic cell

A. neutral solution

C. normal solution

D. standard solution

A. Glucose

B. Glyceraldehydes

D. Oligosaccharides

A. Quantum structure

B. Tertiary structure

D. Primary structure

B. decrease activation energy

C. specific in action

D. it is used in smaller amount

B. compound

C. both a and b

D. none of the above

A. All are correct

B. E0red of copper electrode is less than that of zinc electrode

D. The flow of electrons takes place from copper to zinc

B. phosphorus fertilizer

C. all of the above

D. nitrogenous fertilizers

A. to dry the moisture of slurry

B. to reduce the impurities

D. to decompose lime stone to unslaked lime

A. Standard solution

B. buffer solution

C. acidic buffer solution

B. will be non-ideal solution

C. will show deviations from Raoults law

D. both b & c

A. Ozone

B. All

D. Alums

A. Chemical nature of reactants and products

C. Temperature

D. Concentration of reactants

A. NO2

C. Nox

D. N2O3

A. One Molal NaCI

B. One molal KCI solution

C. One molal urea solution

A. Transferases

C. Ligases

D. Lyases

A. No units

B. Units

D. None