MCQ
The interhalogen which does not exist is
- A$IF_5$
- B$ClF_3$
- ✓$BrCl$
- D$ICl_4$
✓
Answer
Correct option: C.
$BrCl$
c
$(a)\,HCl + KMn{O_4} \to M{n^{2 + }} + C{l_2} \uparrow $
$(a)\,HCl + KMn{O_4} \to M{n^{2 + }} + C{l_2} \uparrow $
$(b)\,HCl + Mn{O_4} \to M{n^{2 + }} + C{l_2} \uparrow $
$(c)\,HCl + B{r_2} \to No\,reaction$ $-\left(\Delta G=+v e, \text { because } B r_{2} \text { is weaker oxidant than } C l_{2}\right)$
$(d)\,HCl + {F_2} \to HF + C{l_2} \uparrow $ $\left(\Delta G=-\text { ve }, \text { because } F_{2} \text { is stronger oxidant than } \mathrm{Cl}_{2}\right)$
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