This channel was created for my students who take Introductory Chemistry and General Chemistry.
I am not terribly computer literate and used a very inexpensive camera and some of the videos have low volume, which can be enhanced with earbuds.
Since I must comply with federal laws about content, I've marked the videos as NOT made for children, but there is no content that is inappropriate for someone of any age to hear (in fact, you may hear my grandson in the background of a few videos).
I am also dyslexic, and you may find several errors where I say one thing but write something different.
Thank you in advance for views and comments. :)

Using the Spectrochemical Series to draw a metal complex ion's crystal field splitting
15:42
Using the Spectrochemical Series to draw a metal complex ion's crystal field splitting
Crystal Field Theory (Octahedral Geometry) for Coordination Compounds
18:16
Crystal Field Theory (Octahedral Geometry) for Coordination Compounds
Example formulas of Coordination Compounds in Chemistry
16:02
Example formulas of Coordination Compounds in Chemistry
Coordination Chemistry - Transition Metal (Ion) Complexes
20:20
Coordination Chemistry - Transition Metal (Ion) Complexes
Nuclear Binding Energy Calculation ; Mass Defect
20:09
Nuclear Binding Energy Calculation ; Mass Defect
Nuclear Transmutations - Man made isotopes
11:46
Nuclear Transmutations - Man made isotopes
Iodine-131 used in sample calculations of nuclear decay.
18:30
Iodine-131 used in sample calculations of nuclear decay.
Rates of Nuclear decay follow first order kinetics
20:51
Rates of Nuclear decay follow first order kinetics
Summary of Nuclear decay processes
26:42
Summary of Nuclear decay processes
Nuclear particles involved in nuclear reactions & Stability of nuclei
13:41
Nuclear particles involved in nuclear reactions & Stability of nuclei
Nuclear Chemistry Introduction
16:43
Nuclear Chemistry Introduction
Electrolysis & quantitative calculations for reducing a metal out of solution
22:34
Electrolysis & quantitative calculations for reducing a metal out of solution
Calculate K (EQ constant) for an electrochemical cell
12:07
Calculate K (EQ constant) for an electrochemical cell
Calculate Ecell for a Concentration Cell (same metal/diff Molarities)
8:55
Calculate Ecell for a Concentration Cell (same metal/diff Molarities)
Calculate the cell potential at standard and then at non-standard conditions
13:37
Calculate the cell potential at standard and then at non-standard conditions
Using the Nernst Equation to calculate the Cell Potential at NON-standard conditions
13:01
Using the Nernst Equation to calculate the Cell Potential at NON-standard conditions
terms, definitions & Units used in Electrochemistry
10:27
terms, definitions & Units used in Electrochemistry
Calculate Gibbs Free Energy change in an electrochemical cell
9:30
Calculate Gibbs Free Energy change in an electrochemical cell
Draw an Electrochemical cell with Cu & Zn, calculate the cell potential
15:27
Draw an Electrochemical cell with Cu & Zn, calculate the cell potential
Electrochemistry: Using Standard Reduction Potential Values
9:56
Electrochemistry: Using Standard Reduction Potential Values
Reporting a calculation to the correct number of significant figures when multiplying & dividing
7:21
Reporting a calculation to the correct number of significant figures when multiplying & dividing
Significant Figures considered when rounding a calculated value from measured values
10:21
Significant Figures considered when rounding a calculated value from measured values
Density of a gas calculation using the Ideal Gas Law (& Molar mass)
5:39
Density of a gas calculation using the Ideal Gas Law (& Molar mass)
Calculate the Root Mean Square (rms) Speed of oxygen gas at room temperature
10:00
Calculate the Root Mean Square (rms) Speed of oxygen gas at room temperature
Molecular Orbital diagram for the molecule, oxygen, O2.
16:38
Molecular Orbital diagram for the molecule, oxygen, O2.
Intro to Molecular Orbital Theory
14:07
Intro to Molecular Orbital Theory
Drawing Hybrid Orbitals on central atom
15:52
Drawing Hybrid Orbitals on central atom
Hybrid Orbital Theory used to explain double and triple bonding
15:28
Hybrid Orbital Theory used to explain double and triple bonding
Sigma vs Pi bonding- Orbital overlap
27:32
Sigma vs Pi bonding- Orbital overlap
4 Quantum Numbers that describe an electron
28:08
4 Quantum Numbers that describe an electron