$4030$

E$)1604\frac{N}{?}$

ach followas:

$O_3(g)=H_G(g)+C{O}_{(g)}K=0\mathrm{.}106$ at $700K$

nitially contains $0\mathrm{.}0150\frac{M}{H_2}$ and $0\mathrm{.}0150MC{O}_2$ is allowed to equilibrate at $700$

A$)[Hb]=0\mathrm{.}0226M[C{O}_2]$ entretions of all substances present?

B$)[H_6]=0\mathrm{.}0113M[C{O}_2]=0\mathrm{.}0226M[H_{2}O]=0\mathrm{.}00369M[CO]=0\mathrm{.}00369M$

C$)[H_6]=0\mathrm{.}0113M[C{O}_2]=0\mathrm{.}0113M[H_{2}O]=0\mathrm{.}00738M[CO]=0\mathrm{.}00738M$

D$)[$:$[H_6]=0\mathrm{.}0226M[C{O}_2]=0\mathrm{.}01\}$

$($E$)[H_2]=0\mathrm{.}0113M[C{O}_2]=0\mathrm{.}0113M[H_{2}O]=0\mathrm{.}00738M[CO]=0\mathrm{.}00738M$

$\frac{1}{3}M[H_{2}O]=0\mathrm{.}00369M[CO]=0\mathrm{.}00369M$

$1$ Atomic diameter

II$.$ Electron affinity

III. Electronegativity

IV$.$ Atom number

A$)$ Onlv I