11_Student LABREPORT_Boyls law_Online Lab

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University of Texas, Rio Grande Valley *

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1330

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Law

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Apr 3, 2024

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pdf

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P a g e | 1 Boyle’s Law Boyle’s Law– Lab Report Section: ______P_______ Name: _____Joan Garza_______ GOAL: (briefly state what experiment(s) will be performed and with what purpose) The experiment will be how gas pressure and volume will react to each other when temperature is constant. This will be a done to observe Boyle s Law and how it relates to gas pressure and the volume in a container. Analysis: Volume (L) Pressure(atm) 1000 .8 900 .89 800 1 700 1.14 600 1.33 500 1.6 400 2 300 2.67 200 4 150 5.33 1. Looking at the Pressure vs. Volume graph from your Excel file, how the pressure is related to the volume? Pressure and volume seem to be inversely proportional to each other since the lower the volume got the pressure increased exponentially. 2. What is the slope of pressure vs. 1/volume? The slope seems to be about 8 for pressure vs. 1/volume 3. Use the value of the slope to determine the number of moles (n) of air in the syringe. (slope=nRT) Using the slope of 8 and the Ideal Gas Law we can conclude that there are .3 moles of air in the syringe.
P a g e | 2 Boyle’s Law Conclusion Write a summary of your results. What general conclusions can you draw from your results? For instance, how does the pressure of a gas change when the volume is decreased at constant temperature? What is Boyle’s Law? From the results it stands to reason that the lower the pressure is the higher the volume is in the container. So when the volume increases then the pressure is higher. This lines up with Boyle s Law which states that if the temperature is constant then the product of the pressure and volume will remain constant regardless of the values. Attach your Excel file graphs here. 0 1 2 3 4 5 6 0 200 400 600 800 1000 1200 PRESSURE(ATM) VOLUME(L) PRESSURE- VOLUME GRAPH Series1
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