Experiment 2: A graph of 1/pressure in atm on the y-axis versus the volume of air in the flask in milliliters (ml) on the x-axis shows a linear relationship. The equation of the linear trendline (best-fit line) fitted to the data is y = 0.00550x - 0.000645. Use the equation of the best-fit line to calculate the pressure of the air in a flask when 80 ml. of water is added to a flask that has a maximum volume of 250 ml. P = 2.28 atm

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Experiment 2: A graph of 1/pressure in atm on the y-axis versus the volume of air in the flask in milliliters (mL) on the x-axis
shows a linear relationship. The equation of the linear trendline (best-fit line) fitted to the data is y = 0.00550x0.000645.
Use the equation of the best-fit line to calculate the pressure of the air in a flask when 80 mL of water is added to a flask that has
a maximum volume of 250 ml.
P =
2.28
atm
Transcribed Image Text:Experiment 2: A graph of 1/pressure in atm on the y-axis versus the volume of air in the flask in milliliters (mL) on the x-axis shows a linear relationship. The equation of the linear trendline (best-fit line) fitted to the data is y = 0.00550x0.000645. Use the equation of the best-fit line to calculate the pressure of the air in a flask when 80 mL of water is added to a flask that has a maximum volume of 250 ml. P = 2.28 atm
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