Gay-Lussac+condlin+and+grimner

**Gay-Lussac’s Law** states the pressure of a fixed mass of gas at constant volume varies directly with the Kelvin temperature. Also understood as when the temperature of a gas increases the pressure will also increase because when the temperature increases the gas partials move more quickly and the causes more collisions with the sides of the container holding the gas hence the pressure increases.
 * __ Gay-Lussac __**

This law was discovered in 1802, by Joseph Gay-Lussac. The prediction was that when the temperature was increased of a gas it is proportional to the amount of heat applied to it. This was recognized to be true by Gay-Lussac.

Gay-Lussac’s Law is represents as: **P=kT** or So one could multiple the constant and the temperature to fins out the pressure, or one could take the pressure and divide it by the temperature to receive the constant.
 * P/T=k**
 * P=pressure
 * T=temperature
 * k= the constan

To apply this equation to a temperature-pressure problem one can use the equation: **P1/T1=P2/T2** P1 and T1 represent the initial conditions and P2 and T2 are a symbol of different conditions
 * P1=measurement of pressure #1
 * T1= measurement of temperature #1
 * P2= measurement of pressure #2
 * T2= measurement of temperature #2



This graph shows us that at a constant volume, if one increases the temperature of the substance then the pressure of that substance will increase too.