gas laws

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Gas Laws

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Gas Laws. Boyles Law (BLT) At constant Temperature An increase in Pressure will decrease the volume Inverse relationship P1 = V2 P2 V1 5. PV = K (constant). Charle’s Law (CLP) 1. At constant Pressure 2. If you inc. T, you inc. V - PowerPoint PPT Presentation

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Page 1: Gas Laws

Gas Laws

Page 2: Gas Laws

Boyles Law (BLT)1.At constant Temperature2. An increase in Pressure will decrease

the volume3. Inverse relationship

4. P1 = V2 P2 V1

5. PV = K (constant)

Page 3: Gas Laws

Charle’s Law (CLP)1. At constant Pressure2. If you inc. T, you inc. V3. temp is in degrees KELVIN4. Direct relationship

V1 = T1 V2 T2

0K = 0C + 273

Page 4: Gas Laws

Guy Lussac’s Law (GLV)1. Volume is Constant2. Inc in Temperature will Inc Pressure3. Direct Relationship

4. T1 = P1

T2 P2

Page 5: Gas Laws

COMBINED GAS LAW1. No Constants2. Temperature in Kelvin

Page 6: Gas Laws

Can I make a suggestion?

V1P1T2 = V2P2T1

Now, you are always just one step away from solving any gas law

problem!