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To test this hypothesis, you changed the pressuresolubility✔ temperature of the gas between 0 and 100°C
(273 and 373 K) and calculated the resulting pressure✔ volumetemperature of the gas.
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Therefore the independent variable was pressuresolubility✔ temperature and the dependent variable was
pressure✔ volumetemperature.
A beaker half full of liquid. Which glass container was used in the experiment to heat the water bath?

Which is the best reason for choosing the beaker for heating the solution?
The ✔ orangebluegreen line on the graph to the right best represents the data table.
What is missing from the temperature and volume graph shown at right?
The graph is missing a descriptive title (such as 'Temperature vs. Volume'), a label for the vertical axis (Volume in cm³), and specific units for the horizontal axis (Temperature in °C or K).
Check all items below that you mentioned were missing.
What might the student have done that caused this error? List all possible causes.
The capillary tube may have been too close to the bottom of the beaker, the ruler may have moved, water may have entered the capillary tube, or the temperature may not have been allowed to equilibrate for 2–4 minutes.
Check all causes below that you mentioned.
Check all statements below that are true.
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