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Sunday, February 21, 2016

Charles's Law: The Gas Laws Part One- Science Blog Post

Jacques Alexandre Cesar Charles was a French scientist who lived from November 12, 1746- April 7, 1823.  He specialized in the fields of mathematics, Physics, and hot air ballooning.  Charles was also a serious inventor.  He ascended the first helium balloon, and became interested in the thermal expansion of gasses.  Finally, in 1787, he developed what we now call Charles's Law: A gas's volume is directly proportional to its temperature (degrees Kelvin) if the number of particles and temperature of the gas are constant.  In other words, as the volume of a gas increases, the temperature will increase.  If the volume of the gas decreases, the temperature of the gas will decrease.
This is a linear relationship, and can be written in the equation:
    

Charles' Law Equation

V1  represents the volume before the change occurs, and T1  represents the temperature before a change occurs.  As guessed, V2  represents the volume after a change occurs, and T2  represents the temperature after a change occurs. 
***This formula only works if the temperature is in degrees Kelvin. 
For more information: 

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