Consider the following reduction processes :
=
0.76 V
=
2.87 V
Mg(s);
=
2.36 V
=
0.25 V
The reducing power of the metals increases in the order :
(a)
Ca < Zn < Mg < Ni
(b)
Ni < Zn < Mg < Ca
(c)
Zn < Mg < Ni < Ca
(d)
Ca < Mg < Zn < Ni
Consider the following reduction processes :
= 0.76 V
= 2.87 V
Mg(s); = 2.36 V
= 0.25 V
The reducing power of the metals increases in the order :
(a)
Ca < Zn < Mg < Ni
(b)
Ni < Zn < Mg < Ca
(c)
Zn < Mg < Ni < Ca
(d)
Ca < Mg < Zn < Ni
Question ID - 52164 | SaraNextGen Top Answer
Consider the following reduction processes :
= 0.76 V
= 2.87 V
Mg(s); = 2.36 V
= 0.25 V
The reducing power of the metals increases in the order :
(a)
Ca < Zn < Mg < Ni
(b)
Ni < Zn < Mg < Ca
(c)
Zn < Mg < Ni < Ca
(d)
Ca < Mg < Zn < Ni
|
Consider the following reduction processes :
The reducing power of the metals increases in the order : |
|||
|
(a) |
Ca < Zn < Mg < Ni |
(b) |
Ni < Zn < Mg < Ca |
|
(c) |
Zn < Mg < Ni < Ca |
(d) |
Ca < Mg < Zn < Ni |
1 Answer
127 votes
Answer Key / Explanation : (b) -
Higher the oxidation potential better will be reducing power.
127 votes
Answer Link
127