$1.$ Ammonium nitrite undergoes thermal decomposition to produce only gases:

NH$4$NO$2($s$)->$ N$2($g$)+2$H$2$O $($g$)$

The decomposition of $3\mathrm{.}52$ g of NH$4$NO$2($s$)$ at $459\mathrm{.}5$ oC and $2\mathrm{.}06$ atm will produce a total volume of $\_\_\_\_\_$L of gas. $2.3\mathrm{.}67$ g of sulfur dioxide and $5\mathrm{.}38$ g of carbon dioxide are placed in a $714\mathrm{.}4$ mL container at $46\mathrm{.}7$ oC$.$ The partial pressure of sulfur dioxide in the container is $\_\_\_\_\_$

atm. $3.$ The density of N$2$ gas in a $1210$ mL container at $5\mathrm{.}17$ atm and $112\mathrm{.}9$oC is $\_\_\_\_$

g$/$L$.$

Record your answer with $3$ significant figures. $4.$ At a temperature of $188\mathrm{.}4$ K$,0\mathrm{.}0366$ moles of an ideal gas exert a pressure of $\_\_\_\_$

mm Hg when held in a $218$ mL container. Write your answer as $1230$ mm Hg$.$