Chemistry / Chem 1236 · Atom · ~20 seconds
The Ideal Gas Law
Video not yet published
to the StudyWalks catalog
to the StudyWalks catalog
State
The ideal gas law combines pressure, volume, moles, and kelvin temperature into one equation, PV equals nRT, with R a fixed constant.
Show
Given any three of pressure, volume, moles, and temperature, the equation solves directly for the fourth.
Watch for
R's numerical value depends on which pressure and volume units are chosen — the equation itself never changes.
Builds on
Unlocks
- 1239Solving Problems with the Ideal Gas Law
- 1243The Combined Gas Law
- 1246Ideal Gas Assumptions
- 1254Standard Molar Volume, Computed Under Both STP Conventions
- 1259Gas Density from the Ideal Gas Law
- 1266Dalton's Law of Partial Pressures
- 1272Calculating Partial Pressures in a Gas Mixture
- 1286Gas Stoichiometry from Reaction Volumes
- 1308Kinetic-Molecular Theory's Core Postulates
- 1339The van der Waals Equation
- 1343Calculating Pressure with the van der Waals Equation
- 1350Capstone: From Manometer Reading to Real-Gas Correction
- 1576Calculating Osmotic Pressure