polyamide

polythene

polyester

polysaccharide

D(+)-Glucose and D(+)-Galactose

D(+)-Glucose and D(+)-Mannose

Neither (a) nor (b)

Both (a) and (b)

2-ethylalanine

2-methylglycine

2-hydroxymethylserine

Tryptophan

carboxylic acid

aromatic acid

schiff ’s base

ketone

sodium benzoate and phenol

Sodium benzoate and phenyl methanol

phenyl methanol and sodium benzoate

none of these

gel

emulsion

solid sol

sol.

5F

3F

1F

7F

OH^->NH₂^- >H-C≡C >CH₃^-CH₂^-

NH₂^->OH^->CH₃^-CH₂^- >H-C≡C

CH₃^-CH₂^->NH₂^->H-C≡C^->OH^-

OH^->H-C ≡ C^->CH₃^-CH₂^- >NH₂^-

Enthalpy

Activation energy

Entropy

Internal energy

chloro bis ethylenediamine nitrocobalt(III) chloride

chloridobis(ethane-1, 2-diamine)nitro K-O Cobaltate(III) chloride

chloridobis(ethane-1, 2-diammine)nitrito K-O Cobalt(II) chloride

chloridobis(ethane-1, 2-diamine)nitrito K-O Cobalt(III) chloride

Fe³⁺

Ti⁴⁺

Co²⁺

Ni²⁺

4

2

3

5

\(\left( SiO_{ 3 } \right) ^{ 2- }\)

\(\left( SiO_{ 4 } \right) ^{ 2- }\)

\(\left( Sio \right) ^{ - }\)

\(\left( SiO_{ 4 } \right) ^{ 4- }\)

\(\Delta { G }_{ f }^{ 0 }\) of sulphide is greater than those for CS₂ and H₂S

\(\Delta { G }_{ r }^{ 0 }\) is negative for roasting of sulphide ore to oxide

Roasting of the sulphide to its oxide is thermodynamically feasible

Carbon and hydrogen are suitable reducing agents for metal sulphides