Non-Ideal Gas
Our "Ideal gas assumptions" are not correct, but work under most circumstances. This is how we correct for how real gases behave.
Science is a Process, not an Object.
Honors Chemistry
My hosted Screencasts.
- Intermolecular associations
- Hybrid Orbitals
- Formal Charge
- Lewis Structures
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Lattice Energy
If you want the YouTube version, find it here: https://youtu.be/421yCwXavOw
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Trends in the Periodic Table
If you cannot see it, try the youtube version https://youtu.be/yafjwGdXBW8
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Quantum Numbers
If this doesn't work, the Youtube version is here https://youtu.be/fOArgfOkq4s
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Bohr Model 2024
Youtube link https://youtu.be/n77xogA9fhs
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Equilibrium2
This deals with other applications of the equilibrium constant and
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Reaction Quotient
This deals with the "reaction Quotient" and Le Chaltlier's Principle.
- ICE calculations
- Another Ice Problem
- Equilibrium Intro
- Reaction Mechanism
- Activation Energy
- Integrated rate law
- Kinetics 2
- Kinetics 1
- Hess' Law
- Thermochemistry 1
- Ideal Gas Law
- Gas Stoichiometry and Partial Pressure
- Partial Pressure
- KMT and Non Ideal Behavior
- Pressure Definitions
- Gas Laws
- Balance In Base
- Balancing Half Reactions 1
- Redox1
- Using LabArchives
- AcidBaseIntro
- Acid Base Conjugates
- Reactions in Solution 2
- ReactionsInSolution1
- Percent Yield
- Percent Compostion from Combustion
- Limiting Reactant
- Percent Composition 1
- Stoichiometry I
- The Mole
- Classifications of Matter
- Periodic Table Intro
- Accuracy, Precision and Significant Figures
- DimensionalAnalysis
Blog Entries
I have a PDF of the notes I've been writing over the last several days. Also, based on a diagram Lucy M made, I drew a conversion flow chart for pH, pOH and the concentrations of the ions.
Balance in Acid or Base
This includes links to some sites that deal with balancing redox in Acid or Base.
Oxidation-Reduction
This is my introduction to Oxidation/Reduction reactions. There is also a screencast I will link, from a previous year, in the list of screencasts above.
