MCQ
Potential energy of an electron in the atom is
- A$Ze^2 / r$
- ✓$- Ze^2 / r$
- C$Ze^2 / r^2$
- D$- Ze^2 / r^2$
$=\int_{\infty}^r-\frac{Z e^2 d r}{r 2}=-\frac{Z e^2}{r}$
Potential Energy $=\frac{-Z k_e e^2}{r}$
$k_e=$ coulomb $^{\prime} s$ constant
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| $Bond$ | $E_{(diss)}(kJ(mol )^{(-1)})$ |
| $C-A$ | $240$ |
| $C-B$ | $328$ |
| $C-C$ | $276$ |
| $C-D$ | $485$ |
$A$ (predominantly) is