Download App

PART - 2 CH - 7 Redox Reactions — Chemistry STD 11 Science — Question

Gujarat BoardEnglish MediumSTD 11 ScienceChemistryPART - 2 CH - 7 Redox Reactions4 Marks
Question
Match column A and column B and choose the right code :
Column AColumn B
1. $S _2 O _3{ }^{2-}$(a) $-\frac{1}{3}$
2. Maximum oxidation number of chlorine(b) $+2$
3. Oxidation number of N in $N _3 H$.(c) Oxidation number of $S$ is -2 .
4. Oxidation number of oxygen in $OF _2$(d) $+6$
✓

Answer

(1) (b), (2) (d), (3) (a), (4) (b).

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Explore more

More "Match the following." from PART - 2 CH - 7 Redox Reactions→PART - 2 CH - 7 Redox Reactions — all question types→Chemistry STD 11 Science question papers→Gujarat Board STD 11 Science question papers→Gujarat Board question paper generator→

Similar questions

Match column A and column B and choose the right code :
Column AColumn B
1. Strongest reductant metal(a) $HgCl _2$
2. Metal which react with dilute acid(b) Lithium (Li)
3. Elements which shows only negative oxidation state(c) Mg
4. Mercury (II) chloride(d) Fluorine
→
Match column A and B and choose correct code :
Column AColumn B
1. But-1-ene and But-2-ene(a) $F _2> Cl _2> Br _2> I _2$
2. Reactivity of halogenation in alkanes(b) But-2-ene
3. Dehalogenation of $CH_3 CHBr_2$(c) Position isomers
4. Dehydration of Butan-2-ol(d) But-2-ene
→
Column AColumn B
(1) Shape of orbitals(a) $-13.6 \times \frac{ Z ^2}{n^2} eV$ per atom
(2) First postulate of Bohr model(b) Total values of 1
(3) Energy of electrons in Bohr's orbital $\left( E _{ n }\right)$(c) Azimuthal quantum numbers
(4) Number of subshells in any shell(d) $m V^2=\frac{ Ze ^2}{r}$
→
Column AColumn B
(1) High boiling point of $H _2 O$(a) Paramagnetic
(2) $B _2$ molecule(b) Decreasing order of bond order
(3) HCI < HBr < HI < HF(c) Intramolecular H -bond
(4) $H _2 O > H _2 S> H _2 Se >$ $H _2 Te$(d) Increasing order of boiling point
→
Column AColumn B
(1) Li, Na, K(a) 7
(2) Number of periods in periodic table(b) Elements of group 18
(3) Noble gases(c) ununseptium
(4) Atomic mass 117(d) Dobereiner's triad
→
Match the column A with column B and select the correct code.
Column AColumn B
1. Biogenesis principle(a) Aniline
2. Tetravalent carbon(b) Berzilius
3. Aromatic heterocyclic compound(c) Pyridine
4. Benzanoid aromatic compound(d) Kekule
→
Match the column A with column B and select the correct code.
Column AColumn B
1. Alkyne(a) $CH _2= CH -$
2. Paddy alcohol(b) $C _{ n } H _{2 n } O _2$
3. Vinyl(c) $C _{ n } H _{2 n -2}$
4. Carboxylic acid(d) $C _2 H _5 OH$
→
Column AColumn B
(1) Zero energy of electron(a) 2s, 2p.
(2) Orbitals in second shell(b) 4
(3) Maximum number of electrons in dorbital(c) at infinite
(4) Number of lobes in d-orbital(d) 10
→
Column AColumn B
(1) Deci(a) atomic mass
(2) Equivalent weight of atom Valency(b) weight-weight unit
(3) $6.022 \times 10^{22}$ carbon atom(c) 1/10
(4) Molality(d) 1.2 gm carbon
→
Column AColumn B
(1) Molar mass of NaCl(b) mass-volume unit
(2) Number of moles of water in 36 gm(b) mass-volume unit
(3) Empirical formula of Benzene(c) $58.5 gm mol ^{-1}$
(4) Normality(d) CH
→