Match the reactions given in column I with their respective oxidant/reductant given in column II |
|||
Column-I |
Column- II |
||
(A) |
![]() |
(p) |
None act as oxidant or reductant |
(B) |
|
(q) |
Reductant |
||||||
(C) |
|
(r) |
Both act as oxidant and reductant |
||||||
(D) |
|
(s) |
Oxidant |
||||||
CODES : |
|||||||||
|
A |
B |
C |
D |
|
|
|||
a) |
r |
p |
s |
q |
|
|
|||
b) |
q |
s |
p |
r |
|
|
|||
c) |
s |
q |
r |
p |
|
|
|||
d) |
p |
r |
q |
s |
|
|
Match the reactions given in column I with their respective oxidant/reductant given in column II |
|||
Column-I |
Column- II |
||
(A) |
![]() |
(p) |
None act as oxidant or reductant |
(B) |
|
(q) |
Reductant |
||||||
(C) |
|
(r) |
Both act as oxidant and reductant |
||||||
(D) |
|
(s) |
Oxidant |
||||||
CODES : |
|||||||||
|
A |
B |
C |
D |
|
|
|||
a) |
r |
p |
s |
q |
|
|
|||
b) |
q |
s |
p |
r |
|
|
|||
c) |
s |
q |
r |
p |
|
|
|||
d) |
p |
r |
q |
s |
|
|
(a) (a → r)
So (b → p) No change in the oxidation number of either of the conjugate pairs (None is an oxidant or a reductant) (c → s) In a conjugate pair, the oxidant has a higher oxidation number For (Reduction and acts as an oxidant) For (Oxidation and acts as an reductant) (d → q) For (Reduction and acts as an oxidant) For (Oxidation and acts as a reductant) |