UTF-8Avogadro's law: The V-n relationship at constant temperature and pressure255255204
The following model seeks to demonstrate how the volume of a gas is related to the number of atoms/molecules at constant temperature and constant pressure.
Instruction: Select a button in the above to run a simulation of a gas with the corresponding number of atoms/molecules. Wait until the simulation stops and read the bar graph on the right. Write down the number of atoms and the length (of the gas compartment) read from the bar graph. Note that you should not change the temperature for running a set of simulations with different n's.
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<b><font size="5" face="Trebuchet MS">Avogadro's law: The V-n relationship at constant temperature and pressure
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</body></html>-e17507575175.075.075.075.0175.075.0org.concord.mw2d.activity.AtomContaineravogadro$0.mmlfalsefalseorg.concord.modeler.PageBarGraphX: Obstacle #0Length (angstrom)0.102100250true840true-66330100.040.04.978412702357957175.075.0org.concord.modeler.PageRadioButtonn=120120 atomstrueorg.concord.mw2d.models.MolecularModel01138816545877Execute MW scriptorg.concord.modeler.PageRadioButtonn=100100 atomstrueorg.concord.mw2d.models.MolecularModel01138816545877Execute MW scriptorg.concord.modeler.PageRadioButtonn=8080 atomstrueorg.concord.mw2d.models.MolecularModel01138816545877Execute MW scriptorg.concord.modeler.PageRadioButtonn=6060 atomstrueorg.concord.mw2d.models.MolecularModel01138816545877Execute MW scriptorg.concord.modeler.PageRadioButtonn=4040 atomstrueorg.concord.mw2d.models.MolecularModel01138816545877Execute MW scriptorg.concord.modeler.PageRadioButtonn=2020 atomstruetrueorg.concord.mw2d.models.MolecularModel01138816545877Execute MW script175.075.0org.concord.modeler.PageSliderorg.concord.mw2d.models.MolecularModel0296.0200.0400.050Temperature40070falsetruetrue{value="300.0", label="300 K"}{value="200.0", label="200 K"}{value="400.0", label="400 K"}Temperature75.075.0true75.075.0true75.075.075.075.0org.concord.modeler.PageTextArea300200<html>
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1. Describe the relationship this model demonstrates.
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2. Record your data points at 300K.
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3. What type of relationship is represented by the data plotted on the
graph?
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truepositive exponentialnegative exponentialpositive linearnegative linear2-ff6667Line1111intro.cml1111boyle.cml111111