18:40

Derive Rate Law using Steady State Approximation

17:33

Calculating effective nuclear charge from ionization energies

06:14

Comparing ionization energies of elements based on the periodic table

10:02

Identify radial node locations in a wavefunction

11:35

Identifying elements based on ionization energies

17:56

Calculate de Broglie wavelength of electron

03:35

Determine Possible Quantum Numbers

05:02

Determining Quantum Numbers

05:27

Calculate and Analyze Thermochemical Properties using WebMO

06:52

Calculating and Analyzing UV vis spectra in WebMO

11:43

Calculating and Analyzing Vibrational Frequencies using WebMO

00:51

Building Molecule Using Name in WebMO

12:22

Calculate and Analyze NMR using WebMO

03:30

Uploading an output file to WebMO

08:29

Use geometry from experimental data as input using WebMO

08:44

Use WebCSD for the input geometry of an ORCA computation

07:05

Choosing Basis Sets for Specific Atom Types and Atoms

19:49

Using a Crystal Structure as the template for a different molecule

15:58

Using Reaxys to propose a multi step synthesis

05:16

Calculate Molecular Orbitals using WebMO

07:36

Analyzing Optimized Geometry, MOs, and Atomic Charges in WebMO

14:47

Build Transition Metal Complex from scratch in WebMO

10:25

Plotting multiple Spectra on a single figure using excel

07:23

Build a Molecule and Run a Geometry Optimization in WebMO

03:57

Benefit of using RIJCOSX for larger calculations

07:29

How the conformation influences the energy in calculations

03:50

Two approaches to drawing bulky ligands in WebCSD

01:49

Adjusting Angles in Molecules using WebMO

02:34

Rotating a functional group in WebMO

35:29

Calculating the pH during weak acid titrations Su 12 A2

27:58

Calculating the pH during a strong base strong acid titration Su 12 A1

09:50

Assigning Oxidation states to atoms in molecules Su 12 A3

06:03

Determing the effects of Le Chatelier's Principle on a reaction Su 9 A1

12:10

Calculating equilibrium properties of a reaction using thermodynamic values Su 9 B3

10:45

Calculating the number of moles, grams, or heat released from a reaction Su 6 B6

13:17

Calculate the final temperature of a solution after a reaction Su 6 B3

08:39

MO Diagrams of nitric oxide Su 5 B5

10:26

MO Diagram of heteronuclear diamotic molecule Su 5 A4

07:39

Determining types of molecular orbitals from two atomic orbitals Su 5 B2

26:42

Drawing resonance structures double substituted aryl rings Su 4 B12

09:43

Calculating the electron affinity of O from lattice energies Su 4 B3

18:11

Calculating the electron affinity of chlorine from lattice energies Su 4 A3

10:07

Using the particle in a box approach for MOs of linear Li4 Su 2 B4

28:29

Regional probabilities and energy levels of a 2D particle in a box Su 2 B2

08:08

Identifying atomic orbitals from 3D images Su 2 C

19:52

Identification of atomic orbitals Su 2 A5

05:36

Examining a radial probability distribution to identify atomic orbitals Su 2 B7

04:54

Definitions and applications of quantum numbers Su 2 A2

21:25

Applying the Rydberg equation to the hydrogen atom emission spectra Su 2 A1

02:45

Changes in reaction rate of a second order unimolecular reactionSp 13 A6

04:05

Explaining the differences between uni , bi , and termolecular reactions Sp 13 A2+3

04:17

Drawing and labeling an reaction energy diagram Sp 13 A8

03:31

3 ways the reaction rate can be altered Sp 13 A1

04:21

Determining a rate law from a proposed reaction mechanism Sp 13 A14

03:12

Determining the equilibrium constant from reaction rate constants Sp 13 B6

07:52

Calculate partial pressure after a set time using half lives Sp 13 B5

30:08

Titrations of a weak base with a strong acid Sp 12 B5

21:03

Determine the Ka of a weak acid from titration data Sp 12 B1

23:08

Calculating the pH during weak acid titrations Sp 12 A2

06:31

Identifying oxidants and reductans in a reaction Sp 12 B8