MCQ
Calculate the maximum work done in expanding $16\, g$ of oxygen at $300\, K$ and occupying a volume of $5\, dm^3$ isothermally until the volume becomes $25\, dm^3$......$J$
- A$2010$
- ✓$-2010$
- C$20.10$
- D$-20.10$
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
$2NOB{r_{(g)\,}}\, \rightleftharpoons \,2N{O_{(g)}}\, + \,B{r_{2(g)}}$
if ${P_{B{r_2}}}$ is $\frac {P}{4}$ At equilibrium and $P$ is total pressure then calculate $\frac {P}{K_P}.$