The class begin with professor Mason heat the aluminium can for few second and he immediately put into the cold water. However, the aluminium can compresses.
Calculate the atmospheric pressure, we assumed that there are 10000 height of air above with density 1 kg/m^3 ,we used the P=pgh, and the ans is 1*10^5 Pa
Pressure Vs. Volume
Pressure= mT+b with m= 0.2368 kPa/C and b=94.25 kPa.
Linear Curve fit
The lab set up to do pressure and temperature relationship experiment.
The experiment of balloon and marshmallow.
Use PV=nRT to find out the number of moles
In this class, we learned about the relationship between Pressure, Volume, Temperature, and number of moles, and we were introduced to Boltzmann's constant in to use with ideal gas law alternatively with gas constant.
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