A. Third order

C. First order

D. Zero order

B. All have same smell

C. H3PO3

D. P2O5

A. K2CO3

C. Na2CO3

D. (NH4)2CO3

A. it has small size

B. it forms molecular addition compounds

D. it has high nuclear charge

B. neutralization

C. hydrolysis

D. saponification

A. Glycol

C. Vicinal diol

D. Both B & C

A. being metals

B. ns1 electronic configuration

C. being s-block elements

A. any of above

B. Lesser will be dx/dt

C. dx/dt will be moderate

A. dicarboxylic acid

B. monocarboxylc acid

C. aromatic carboxylic acid

A. Amino to carboxyl group

C. Carboxyl group only

D. Amino group only

A. Na2B4O7.2H2O

C. Na2B4O7.4H2O

D. Na2B4O7.10H2O

A. Na2CO3

B. NaHCO3

D. Na2CO3.10H2O

A. Propanoic acid

C. Water

D. Acetic acid

A. Covalent halides

B. Polymeric hydrides

D. Electronegative halides

A. Sodium

B. Potassium

D. Rubidium

B. Rate of reaction

C. Average of reaction

D. Molecularity

A. Tetrahedral

B. Fire

D. Impure

A. methane

B. acetaldehyde

D. formaldehyde

A. Sodium and Lithium

C. Lithium and beryllium

D. Boron and Beryllium

A. metal silicate

B. metal borate

D. metal boride

A. Aldehyde

C. Ether

D. Ester

A. formalactose

C. lactomint

D. aldomint

A. metals

B. all of above

D. hygroscopic

A. ketones

B. alcohols

C. aldehydes

A. None of the above

C. CH3CHO

D. HCHO

A. proton

B. H+

C. both A & amp; B

A. Formic acid

C. Butanoic acid

D. Citric acid

A. electronphilic addition

C. electrophilic substitution

D. nucleophilic substitution

A. Phosphorus

B. Phosphorus pentoxide

C. Water

A. formation of phenolic resins

B. formation of mirror

D. antiseptic inhalant

A. benzaldehyde

B. trimethyl acetaldehyde

D. formaldehyde

A. Fumaric acid

B. Oxalic acid

C. Aromatic acid

A. Alkalinity of soil

C. All

D. Soil porocity

B. Polymeric

C. Electronic conviguration of valence shell electrons

D. Show allotropy

B. Exothermic

C. Unpredictable

D. Data is insufficient

B. The formula of its oxide

C. The charge on its ions

D. The nature of its oxides

A. Shining appearance

B. Bitter taste

D. Green colour

A. sodium

B. chlorine

C. hydrogen

A. 8%

C. 60%

D. 50%

A. Nitro group

B. Amide group

D. Imino group

B. amyl acetate

C. isobutyle formate

D. octyl acetate

A. Substitution reaction

B. Oxidation reactions

D. Addition reaction

A. Acidic

B. Neutral

D. Basic

A. Cathode to decay

C. All of the above

D. Chlorine gas to mix

A. all above

C. proteins and oild

D. fats and proteins

A. ethanal

B. propanal

D. methanol

A. Na K

B. Li Ca

D. Mg Ca

B. Water repellent

C. Lubricants

D. Hydraulic brakes

B. Cr

C. Na

D. K

A. H3SbO4

B. H3AsO4

D. H2SnO3