12831049
Description
Mind Map by Trinice Simms, updated more than 1 year ago
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Created by Trinice Simms
almost 8 years ago
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Gas Laws
- Decompression
- Molecular Collision
- Low and High Pressure
- Earth's Atmosphere Pressure
- Earth's Atmosphere Pressure
- Low and High Pressure
- Molecular Collision
- Pressure Units
- Common unit of Pressure (mmHg)
- 1 mm Hg = 1 torr
- 1 atom = 760 mm Hg
- SI unit of Pressure (Pa)
- Boyle's Law formula
- Pressure Increase as Volume Decrease
- Boyle's and Hooke observed the relationship between Volume and pressure Increase and decrease
- Charles' Law
- assumes constant pressure and constant amount of gas
- Charles' Law Formula : V X T (constant P and n
- Volume and Temperature are linearly realtaed
- Avogardo's Law: Volume and amount in moles
- as amount of gas Increase , volume decrease
- volume Increase direct proportion, greater number of gas particles fill more space
- The Ideal Gas Laws
- Boyle's Law, Charles' Law and Avogardo
- volume X n T/P
- The Volume of a gas direct proportional to the # moles
- Temperature of the gas, Inversely proportional to the pressure of gas
- Applicatio of the Ideal Gas Law
- Molar, Volume, Density, and Molar Mass of Gas
- Molar volume at Standard Temperature
- Density of a gas = D = Molar Mass/ molar volume
- Molar Mass of a Gas
- Molar Mass = Mass (m) / Moles of m)
- Dalton's Law of Partial Pressure
- Mixtures of Gas and Partial Pressure
- the pressure due to any component in a gas mixture is it partial pressure
- Formula for Partial Pressure = Pn = Nn RT/V
- Formula for Partial Pressure = Pn = Nn RT/V
- the pressure due to any component in a gas mixture is it partial pressure
- Mixtures of Gas and Partial Pressure
- Dalton's Law of Partial Pressure
- Molar Mass = Mass (m) / Moles of m)
- Molar Mass of a Gas
- Density of a gas = D = Molar Mass/ molar volume
- Molar volume at Standard Temperature
- Molar, Volume, Density, and Molar Mass of Gas
- Temperature of the gas, Inversely proportional to the pressure of gas
- The Volume of a gas direct proportional to the # moles
- volume X n T/P
- Boyle's Law, Charles' Law and Avogardo
- The Ideal Gas Laws
- volume Increase direct proportion, greater number of gas particles fill more space
- as amount of gas Increase , volume decrease
- Avogardo's Law: Volume and amount in moles
- Volume and Temperature are linearly realtaed
- Charles' Law Formula : V X T (constant P and n
- assumes constant pressure and constant amount of gas
- Charles' Law
- Boyle's and Hooke observed the relationship between Volume and pressure Increase and decrease
- Pressure Increase as Volume Decrease
- Boyle's Law formula
- SI unit of Pressure (Pa)
- 1 atom = 760 mm Hg
- 1 mm Hg = 1 torr
- Common unit of Pressure (mmHg)
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