Consider the following system at equilibrium where $K_c=2\mathrm{.}90{10}^{-2}$ and $H=198k\frac{J}{m}ol$ at $1150K.$

$2S{O}_3(g)2S{O}_2(g)+O_2(g)$

The production of $S{O}_2(g)$ is favored by:

Indicate True $($I$)$ or False $($E$)$ for each of the following:

$$ Increasing the temperature.

$$ Increasing the pressure $($by changing the volume$).$

$$ Increasing the volume.

$$ Removing $S{O}_3.$

$$ Removing $O_2.$

Consider the following system at equilibrium where $K_c=0\mathrm{.}159$ and $H=-111k\frac{J}{m}ol$ at $723K.$

$N_2(g)+3H_2(g)2N{H}_3(g)$

The production of $N{H}_3(g)$ is favored by:

Indicate True $($T$)$ or False $($F$)$ for each of the following:

$$ Increasing the temperature.

$$ Decreasing the pressure $($by changing the volume$).$

$$ Increasing the volume.

$$ Removing $N{H}_3.$

$$ Adding $H_2.$