MCQ
The correct representation for solubility product of $Sn{S_2}$ is
- ✓$[S{n^{4 + }}]\,\,{[{S^{2 - }}]^2}$
- B$[S{n^{2 + }}]\,\,{[{S^{2 - }}]^2}$
- C$[S{n^{2 + }}]\,\,[2{S^{2 - }}]$
- D$[S{n^{4 + }}]\,\,{[2{S^{2 - }}]^2}$
$\therefore \,{K_{sp}} = [S{n^{4 + }}]\,\,{[{S^{2 - }}]^2}$
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$\text { Given : pKa }\left( CH _3 COOH \right)=4.76$
$\log 2=0.30$
$\log 3=0.48$

$(i)$ $6C(s) + 3{H_2}(g) \to {C_6}{H_6}(l);\,\Delta H = + 45.9\,kJ$
$(ii)$ ${H_2}(g) + \frac{1}{2}{O_2}(g) \to {H_2}O(l);\,\Delta H = - 285.9\,kJ$
$(iii)$ $C(s) + {O_2}(g) \to C{O_2}(g);\,\Delta H = - 393.5\,kJ$
........$kJ$
