Question

Match Column I with Column II, where column II represents ‘I’.
$\begin{array}{cc}\text{Column I}& \text{Column II}\\ \text{a.}{K}_4\left[Fe\right(CN{)}_6]& \text{p.}1\\ \text{b.}F{e}_2(S{O}_4{)}_3& \text{q.}1+4\alpha \\ \text{c.}{C}_6{H}_{12}{O}_6& \text{r.}1+\alpha \\ \text{d.}BaC{l}_2& \text{s. Greater than}1\\ & \text{t. Less than}1\end{array}$

• A. (a - q ; b - s; c - p; d - s)
• B. (a - q, s;b - q, s;c - p; d - s)
• C. (a - q, s;b - q, s;c - p, s; d - s)
• D. (a - q, s;b - q, s;c - p,s; d - p,s)

Answer 1

The correct option is B (a - q, s;b - q, s;c - p; d - s)

(a) $K_4\left[Fe\right(CN{)}_6\to 4K^{+}+\left[Fe\right(CN{)}_6{]}^{4-}$
1
1 -$\alpha$ 4$\alpha$ $\alpha$
Total = 1 + 4$\alpha$ >1

(b) $F{e}_2(S{O}_4{)}_3\to 2F{e}^{3+}+3(S{O}_4{)}^{2-}$
1
1 -$\alpha$ 2$\alpha$ 3$\alpha$
Total = 1 + 4$\alpha$ >1

(c) Glucose does not dissociate.

(d) $BaC{l}_2\to B{a}^{2+}+2C{l}^{-}$
1
1 -$\alpha$ $\alpha$ 2$\alpha$
Total = 1 + 2$\alpha$ >1