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Ideal Gas Laws - Coggle Diagram
Ideal Gas Laws
Combined Gas Law
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PV/T = PV/T
PV = nRT
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Increase in temperature causes an increase in either pressure, volume, or both. Increase in volume causes pressure to decrease, temperature to decrease, or both. Increase in pressure causes temperature to increase, volume to increase, or both.
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Allows you to calculate the relationships between volume, pressure, and temperature, and even moles, in an ideal gas.
Charles's Law
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V/T = V/T
Litres/°K = Litres/°K
As temperature increases, volume also increases (if pressure is constant). This formula shows that if one side is replaced with a constant value (x), then if T increases, V must also increase to keep x constant.
Allows you to calculate the relationships between temperature and volume in an ideal gas as long as pressure remains constant
Boyle' Law
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Allows you to calculate the relationships between pressure and volume in an ideal gas as long as temperature remains constant
Gay-Lussac's Law
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P/T = P/T
kPa/°K = kPa/°K
As temperature increases, pressure also increases (if volume is constant). This formula shows that if one side is replaced with a constant value (x), then if T increases, P must also increase to keep x constant.
Allows you to calculate the relationships between temperature and pressure in an ideal gas as long as volume remains constant