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Dalton's Gas Law
Total pressure of a mixture of gaes equals the sum of the pressures that each gas would exert if it was present alone
P_{t}=P_{1}+P_{2}+P_{3}...

Avogardro's Law
If you have the same volume of 2 gases, they'll have the same number of molecules

Avogadro's Number
6.022 x 10^{23 }# of particles in a molecule

Boyle's Law
Volume is inversely propotionate to pressure; If volume is down pressure is up
P_{1}V_{1 }= P_{2}V_{2}

Charle's Law
Directly proportions: As volume goes up, tempreture goes up
V_{1}/T_{1 }= V_{2}/T_{2}

GayLussac's
Direct proportions: If pressure goes up, temperture goes up
P_{1}/T_{1} = P_{2}/T_{2}

The Combined Gas Law
Charles and Boyles Law
(P_{1}V_{1})/T_{1} = (P_{2}V_{2})/T_{2}


Conversion of Celcius to Kelvin
Celcius + 237 = K

Constant for R
0.0821 L(atm)/mol(K)

Grahams Law
Rate of diffusion is inversly proportionate to the square root of molecular mass
 Rate A/Rate B
 = Sq root of Molecular mass of B/Sq Root of Molecular mass of A

