The compound exhibiting maximum value of equivalent conductance in a fused state is

Question

The compound exhibiting maximum value of equivalent conductance in a fused state is (A)  SrCl2 (B)  CaCl2 (C)  MgCl2 (D)  BeCl2

Tardigrade Admin · Accepted Answer

On moving downward in a group, atomic size increases, and hence, covalent character decreases. Thus, SrCl2 is most ionic among the given compound ie, it will give ion readily when is in fused state. Hence, SrCl2 exhibit the maximum value of equivalent conductance in fused state.

Q. The compound exhibiting maximum value of equivalent conductance in a fused state is

$S r C l_{2}$

$C a C l_{2}$

$M g C l_{2}$

$B e C l_{2}$

On moving downward in a group, atomic size increases, and hence, covalent character decreases. Thus, $S r C l_{2}$ is most ionic among the given compound ie, it will give ion readily when is in fused state. Hence, $S r C l_{2}$ exhibit the maximum value of equivalent conductance in fused state.

Q. The compound exhibiting maximum value of equivalent conductance in a fused state is

SrCl2​

CaCl2​

MgCl2​

BeCl2​

On moving downward in a group, atomic size increases, and hence, covalent character decreases. Thus, SrCl2​ is most ionic among the given compound ie, it will give ion readily when is in fused state. Hence, SrCl2​ exhibit the maximum value of equivalent conductance in fused state.

$S r C l_{2}$

$C a C l_{2}$

$M g C l_{2}$

$B e C l_{2}$

On moving downward in a group, atomic size increases, and hence, covalent character decreases. Thus, $S r C l_{2}$ is most ionic among the given compound ie, it will give ion readily when is in fused state. Hence, $S r C l_{2}$ exhibit the maximum value of equivalent conductance in fused state.