Plasma-Gas Phases: Understanding Ideal and Real Gases, Vaporization, and Boiling
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Plasma-Gas Phases
Sim: Not Having Definite Shape-Volume, Diff: Electrically Conductive, Produces Magnetic Field-Electric Current.
Ideal Gases
Molecules Regarded as Point Masses, Hence Volume of Molecules Neglected, Attraction Forces Between Molecules Ignored.
Real Gases
Molecules Occupy Space, Can't Be Neglected, Attraction Forces Between Molecules Can't Be Neglected (High Pressure-Low Temperature).
Gas
Ideal: Normal Pressure-Temperature, Deviate: Ideality at High Pressure-Low Temperature [Z = pV/nRT].
Vaporization
At Any Temperature-Pressure, On Surface of Liquids.
Boiling
At Certain Pressure and Temperature, On All the Bulk and Liquids (Begins on Heat Surface, Bubbles Formed, Move in All Liquid Volume Until They Reach Surface Between Liquid-Surrounding).
Mixture of 3 Gases in a Container
Volume-Temperature Same, Pressure-Individual Number Not Same.
Graham's Law of Diffusion
Rate of Diffusion of Gas Inversely Proportional to Square Root of Mass of Its Particles, Its Mathematical Formula.
Gas
Made Up of Very Small Particles (Molecules-Atoms) in Constant Random Straight Line Motion, Same Mass Particles, Number of Molecules So Large Statistical Treatment Way, Molecules Gas Far Apart-Gas Mostly Empty Space, No Forces Between Molecules Except During Instant of Collisions, Individual Molecules Gain or Lose Energy as a Result of Collision-Total Energy Remains Constant.