04:06

Lewis structures (Part 1)

11:33

CDF simulating the 1s to 2p transformation

03:39

Photoionization

03:55

Multi-electron atoms (part 5): Hund's rule

04:38

Multi-electron atoms (part 4): shielding

06:16

Multi-electron atoms (part 3): magnetic spin quantum number

05:28

Multi-electron atoms (part 2): magnetic quantum number

01:39

Multi-electron atoms (part 1): more electron wave properties

04:21

Hydrogen-like atomic ions and their properties

05:30

Hydrogen atom emission spectrum explained

02:29

Bohr model

03:49

Photoelectric effect

04:14

Shapes of electron waves: the azimuthal quantum number

05:35

Electrons as standing waves

04:21

Absorption of light by electrons

06:43

Light

04:02

Calculating absorption and emission wavelength

03:07

Photon energy

03:03

Particle-wave duality: what are electrons?

04:03

Resonance - interaction of light and matter

05:56

Ionization energies of elements

05:03

Bond Enthalpies

04:53

Enthalpy of formation

04:11

Work in Chemical Reactions

03:28

Heat of the Surroundings

03:08

Systems and Surroundings

03:09

Root Mean Square Speed

02:16

Ideal Gas Law

05:02

Pressure of gases

06:56

Concentration of solutions: Molarity

07:51

Limiting Reagent Calculations

05:24

Limiting Reagents

05:24

The Mole and Avogadro's Number

03:37

Ionic compounds and Coulomb's Law

05:27

Cations and Anions

02:43

Acids and bases

04:36

Precipitation

04:41

Ionic versus covalent compounds

03:43

Aqueous

05:38

Oxidation Reduction Reactions

04:18

Significant Figures (3): Zeros!

06:58

Significant Figures (2): Multiplication and Division

06:24

Significant Figures (1): Addition and Subtraction

07:32

Dimensional Analysis