Question

$${E^ \circ }$$  for $$\frac{{C{l_2}}}{{C{l^ - }}} = + 1.36,\frac{{{I_2}}}{{{I^ - }}} = + 0.53,$$      $$\frac{{A{g^ + }}}{{Ag}} = + 0.79,\frac{{N{a^ + }}}{{Na}} = - 2.71$$      and $$\frac{{L{i^ + }}}{{Li}} = - 3.04\,V.$$    What is the order of decreasing reducing strength for these species?

A. $$Li > C{l^ - } > Ag > {I^ - } > Na$$
B. $$Li > Na > {I^ - } > Ag > C{l^ - }$$  
C. $$C{l^ - } > Ag > {I^ - } > Na > Li$$
D. $$Na > Li > Ag > C{l^ - } > {I^ - }$$
Answer :   $$Li > Na > {I^ - } > Ag > C{l^ - }$$
Solution :
The order is $$Li > Na > {I^ - } > Ag > C{l^ - }.$$

Releted MCQ Question on
Inorganic Chemistry >> S - Block Elements

Releted Question 1

A substance absorbs $$C{O_2}$$  and voilently reacts with water. The substance is

A. $$CaC{O_3}$$
B. $$CaO$$
C. $${H_2}S{O_4}$$
D. $$ZnO$$
Releted Question 2

Calcium is obtained by

A. electrolysis of molten $$CaC{l_2}.$$
B. electrolysis of solution of $$CaC{l_2}$$  in water.
C. Reduction of $$CaC{l_2}$$  with carbon.
D. roasting of limestone.
Releted Question 3

A solution of sodium metal in liquid ammonia is strongly reducing due to the presence of

A. sodium atoms
B. sodium hydride
C. sodium amide
D. solvated electrons
Releted Question 4

The hydration energy of $$M{g^{ + + }}$$  is larger than that of :

A. $$A{l^{3 + }}$$
B. $$N{a^ + }$$
C. $$B{e^{ + + }}$$
D. $$M{g^{3 + }}$$

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S - Block Elements


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