MCQ
The reaction $CH_{4(g)} + Cl_{2(g)} \to CH_3Cl_{(g)}+ HCl_{(g)}$ has $\Delta H = -25 \,kcal$
$BE(C-Cl) = 84\, kcal, BE \,(H-Cl) = 103\, kcal$
$BE \,(C-H) = X$ and $BE\, (Cl-Cl) = y$
If $\frac{x}{y} = \frac{9}{5}$ then find $y$
$BE(C-Cl) = 84\, kcal, BE \,(H-Cl) = 103\, kcal$
$BE \,(C-H) = X$ and $BE\, (Cl-Cl) = y$
If $\frac{x}{y} = \frac{9}{5}$ then find $y$
- ✓$70\, kcal$
- B$62 \,kcal$
- C$57.85\, kcal$
- D$80\, cal$
