GPT Answers will not be tolerated, or you will receive a dislike. Draw a graph if necessary. Strict warning: Absolutely no AI$.$ AS$19$ "Many everyday applications express pressure in units of pounds per square inch, $""$psi$"",$ where $1$ atm $=14\mathrm{.}6959$psi. If your bike tires have a pressure of $5\mathrm{.}63$atm, how many psi of pressure is that? Report your answer in units of psi.

You have a $65\mathrm{.}3$g sample of argon gas initially at a volume of $35\mathrm{.}9$L$.$ If you remove $24\mathrm{.}5$g of argon gas from this sample, what is the new volume of the remaining sample? Assume all other conditions are held constant and report your answer in units of liters, L$.$

You have a $23\mathrm{.}3$L sample of nitrogen gas at a pressure of $4\mathrm{.}41$atm. If the volume is changed to $57\mathrm{.}7$L$,$ what is the new pressure? Assume all other conditions are held constant and report your answer in units of atmospheres, atm.

You have a sample of gas at $1\mathrm{.}535$atm and you cool it to $-11\mathrm{.}97$C$.$ If the pressure at $-11\mathrm{.}97$C is $1\mathrm{.}143$atm, what was the original temperature of the gas? Report your answer in units of kelvins, K$.$

You have a $25\mathrm{.}65$L sample of gas at $1\mathrm{.}433$atm and $16\mathrm{.}85$C$.$ How many moles of gas are present in this sample? Use R$=0\mathrm{.}08206$L$*$atm$/$mol$*$K and report your answer in units of $""$moles$"".$

You have filled a balloon with $5\mathrm{.}295$g of helium gas at $1\mathrm{.}183$atm and $22\mathrm{.}91$C$.$ What is the volume of the balloon? Use R$=0\mathrm{.}08206$L$*$atm$/$mol$*$K and report your answer in units of liters, L$.$

Use this Periodic Table. Using others will likely result in an incorrect answer.

You have a $26\mathrm{.}35$L sample of gas at $1\mathrm{.}113$atm and $16\mathrm{.}13$C$.$ How many moles of gas are present in this sample? Use R$=0\mathrm{.}08206$L$*$atm$/$mol$*$K and report your answer in units of $""$moles$"".$

What are the two most important factors to remember when thinking about gases and Kinetic Molecular Theory of Gases?

Question $8$ options:

The kinetic energy of the gas particles

The size of the opening through which gas particles are escaping

The strength of the intermolecular forces between gas particles

The shape of the container holding the gas particles

The enthalpy of fusion for ethane $($C$2$H$6)$ is $2\mathrm{.}85$kJ$/$mol$.$ How much heat is required to melt $82\mathrm{.}07$g of solid ethane at its melting point? Report your answer in units of kJ$.$

Use this Periodic Table. Using others will likely result in an incorrect answer."