MCQ
$2p$ orbitals have
- A$n = 1,\,l = 2$
- B$n = 1,\,l = 0$
- ✓$n = 2,\,l = 1$
- D$n = 2,\,l = 0$
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$2NOB{r_{(g)\,}}\, \rightleftharpoons \,2N{O_{(g)}}\, + \,B{r_{2(g)}}$
if ${P_{B{r_2}}}$ is $\frac {P}{4}$ At equilibrium and $P$ is total pressure then calculate $\frac {P}{K_P}.$