d Engineering I

Fall $2024$

Part B: Constant Temperature $C$

$\backslash$table$[[$ed$,$Calculated$],[$Pressure $($psig$),$Pressure $($psia$),$Total Air Volume $($including tubing$)($ mL $)],[0,,],[1,,],[2,,],[3,,],[4,,],[5,,],[6,,],[7,,],[8,,],[9,,],[0,,]]$

Part A: Constant Volume

dsheet$/$graphing program$)$ to plot temperature $-$axis$)$ vs$.$ pressure $(x$ nd extrapolate to find the temperature of absolute zero.

uge pressures. The ideal gas law requires absolute pressure.