Use this table and graph to collect and analyze data as you follow the instructions below. You should use at least $15$ data points for your table. Make sure to convert all units into standard units of Pa and K$.$

Create a plot for pressure on the vertical axis and temperature on the horizontal axis. Apply a linear fit to the plot.

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Hint:

$1000$ Pa $=1$ kPa

Kelvin $=$ C $+273\mathrm{.}15$

Points: $(0$minutes, $81\mathrm{.}29$kPa, $-29\mathrm{.}5$Celsius$),(3$min, $83\mathrm{.}29$kPa, $-23\mathrm{.}5$Celsius$),(6$min, $85\mathrm{.}33$kPa, $-17\mathrm{.}0$Celsius$),(9$min, $87\mathrm{.}28$kPa, $-11\mathrm{.}2$Celsius$),(12$min, $89\mathrm{.}22$kPa, $-5\mathrm{.}7$Celsius$),(15$min, $90\mathrm{.}94$kPa, $-\mathrm{.}3$Celsius$),(18$min, $92\mathrm{.}03$kPa, $3\mathrm{.}2$Celsius$),(21$min, $93\mathrm{.}49$ kPa, $7\mathrm{.}6$Celsius$),(24$min, $94\mathrm{.}71$kPa, $11\mathrm{.}3$Celsius$),(27$min, $96\mathrm{.}01$kPa, $14\mathrm{.}9$Celsius$),(30$min, $96\mathrm{.}95$kPa, $17\mathrm{.}8$ Celsius$),(33$min, $97\mathrm{.}77$kPa, $20\mathrm{.}3$Celsius$),(36$min, $98\mathrm{.}45$ kPa, $22\mathrm{.}3$Celsius$),(39$min, $99\mathrm{.}35$kPa, $25$Celsius$),(42$min, $100\mathrm{.}2$kPa, $27\mathrm{.}6$Celsius$),(45$min, $100\mathrm{.}74$kPa, $29\mathrm{.}3$Celsius$),(48$min, $101\mathrm{.}44$kPa, $31\mathrm{.}4$Celsius$),(51$min, $102\mathrm{.}15$kPa, $33\mathrm{.}3$Celsius$),(54$min, $102\mathrm{.}92$kPa, $35\mathrm{.}3$Celsius$),(57$min, $103\mathrm{.}3$kPa, $36\mathrm{.}5$Celsius$),(60$min, $103\mathrm{.}89$kPa, $38\mathrm{.}2$Celsius$),(63$min, $104\mathrm{.}38$kPa, $39\mathrm{.}6$Celsius$).$