4. The Charles' Law constant, using a graph with temperature in Kelvin on the x-axis and volume in mL on the y-axis, is 0.34.
5. Extrapolating from the graph, the volume the gas sample would occupy at 50C is 133.1 mL, and at 120C it would occupy 319.38mL.
6. Since Charles' Law is a constant for a contumacious amount of gas at a fixed pressure, it would
http://kekule.chem.csus.edu/gaslaws/charles.html
4. The independent variable in the experiment I designed was the temperature of the water in the pan.
The transfigure in the independent variable, water temperature, meant that the water did not forward motion as high in the test tube when the standard candle burned. This is because, according to Charles' Law, the volume of a gas is directly is proportional to its temperature, at constant pressure. The warmer water would have make the gas in the tube warmer and caused it to expand and choose more of the volume of the tube, and the water would rise less (Takalah, 2002).
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