Канал: Eric Victor

Derive Rate Law using Steady State Approximation

Derive Rate Law using Steady State Approximation

Calculating effective nuclear charge from ionization energies

Calculating effective nuclear charge from ionization energies

Comparing ionization energies of elements based on the periodic table

Comparing ionization energies of elements based on the periodic table

Identify radial node locations in a wavefunction

Identify radial node locations in a wavefunction

Identifying elements based on ionization energies

Identifying elements based on ionization energies

Calculate de Broglie wavelength of electron

Calculate de Broglie wavelength of electron

Determine Possible Quantum Numbers

Determine Possible Quantum Numbers

Determining Quantum Numbers

Determining Quantum Numbers

Calculate and Analyze Thermochemical Properties using WebMO

Calculate and Analyze Thermochemical Properties using WebMO

Calculating and Analyzing UV vis spectra in WebMO

Calculating and Analyzing UV vis spectra in WebMO

Calculating and Analyzing Vibrational Frequencies using WebMO

Calculating and Analyzing Vibrational Frequencies using WebMO

Building Molecule Using Name in WebMO

Building Molecule Using Name in WebMO

Calculate and Analyze NMR using WebMO

Calculate and Analyze NMR using WebMO

Uploading an output file to WebMO

Uploading an output file to WebMO

Use geometry from experimental data as input using WebMO

Use geometry from experimental data as input using WebMO

Use WebCSD for the input geometry of an ORCA computation

Use WebCSD for the input geometry of an ORCA computation

Choosing Basis Sets for Specific Atom Types and Atoms

Choosing Basis Sets for Specific Atom Types and Atoms

Using a Crystal Structure as the template for a different molecule

Using a Crystal Structure as the template for a different molecule

Using Reaxys to propose a multi step synthesis

Using Reaxys to propose a multi step synthesis

Calculate Molecular Orbitals using WebMO

Calculate Molecular Orbitals using WebMO

Analyzing Optimized Geometry, MOs, and Atomic Charges in WebMO

Analyzing Optimized Geometry, MOs, and Atomic Charges in WebMO

Build Transition Metal Complex from scratch in WebMO

Build Transition Metal Complex from scratch in WebMO

Plotting multiple Spectra on a single figure using excel

Plotting multiple Spectra on a single figure using excel

Build a Molecule and Run a Geometry Optimization in WebMO

Build a Molecule and Run a Geometry Optimization in WebMO

Benefit of using RIJCOSX for larger calculations

Benefit of using RIJCOSX for larger calculations

How the conformation influences the energy in calculations

How the conformation influences the energy in calculations

Two approaches to drawing bulky ligands in WebCSD

Two approaches to drawing bulky ligands in WebCSD

Adjusting Angles in Molecules using WebMO

Adjusting Angles in Molecules using WebMO

Rotating a functional group in WebMO

Rotating a functional group in WebMO

Calculating the pH during weak acid titrations Su 12 A2

Calculating the pH during weak acid titrations Su 12 A2

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

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

Assigning Oxidation states to atoms in molecules Su 12 A3

Assigning Oxidation states to atoms in molecules Su 12 A3

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

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

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

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

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

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

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

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

MO Diagrams of nitric oxide Su 5 B5

MO Diagrams of nitric oxide Su 5 B5

MO Diagram of heteronuclear diamotic molecule Su 5 A4

MO Diagram of heteronuclear diamotic molecule Su 5 A4

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

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

Drawing resonance structures double substituted aryl rings Su 4 B12

Drawing resonance structures double substituted aryl rings Su 4 B12

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

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

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

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

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

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

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

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

Identifying atomic orbitals from 3D images Su 2 C

Identifying atomic orbitals from 3D images Su 2 C

Identification of atomic orbitals Su 2 A5

Identification of atomic orbitals Su 2 A5

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

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

Definitions and applications of quantum numbers Su 2 A2

Definitions and applications of quantum numbers Su 2 A2

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

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

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

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

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

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

Drawing and labeling an reaction energy diagram Sp 13 A8

Drawing and labeling an reaction energy diagram Sp 13 A8

3 ways the reaction rate can be altered Sp 13 A1

3 ways the reaction rate can be altered Sp 13 A1

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

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

Determining the equilibrium constant from reaction rate constants Sp 13 B6

Determining the equilibrium constant from reaction rate constants Sp 13 B6

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

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

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

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

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

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

Calculating the pH during weak acid titrations Sp 12 A2

Calculating the pH during weak acid titrations Sp 12 A2

Identifying oxidants and reductans in a reaction Sp 12 B8

Identifying oxidants and reductans in a reaction Sp 12 B8

Balancing redox reactions from half reactions Sp 12 A5

Balancing redox reactions from half reactions Sp 12 A5

Balance redox reactions under acific conditions Sp 12 A6

Balance redox reactions under acific conditions Sp 12 A6

Balance redox reactions in a basic solution Sp 12 B10

Balance redox reactions in a basic solution Sp 12 B10

Assigning oxidations states to atoms in molecules Sp 12 B7

Assigning oxidations states to atoms in molecules Sp 12 B7

Identifying an appropriate buffer system for a pH Sp 11 B6

Identifying an appropriate buffer system for a pH Sp 11 B6

Identify the acid properties of a molecule Sp 11 B3

Identify the acid properties of a molecule Sp 11 B3

Determing the acid base properties of pure ammonia Sp 11 B10

Determing the acid base properties of pure ammonia Sp 11 B10

Calculating the mass of a base required to produce a buffer at a specific pH Sp 11 B8

Calculating the mass of a base required to produce a buffer at a specific pH Sp 11 B8

Calculating buffer ratios Sp 11 B9

Calculating buffer ratios Sp 11 B9

Calculate the pH of a buffer solution Sp 11 A4

Calculate the pH of a buffer solution Sp 11 A4

Acid base problems involving benzoic acid Sp 11 B1

Acid base problems involving benzoic acid Sp 11 B1

Calculating equilibrium properties from thermodynamic data Sp 9 B9a c

Calculating equilibrium properties from thermodynamic data Sp 9 B9a c

Calculating total pressure in a reaction vessel at equilibrium Sp 9 B9d

Calculating total pressure in a reaction vessel at equilibrium Sp 9 B9d

Calculating thermodynamic properties of a reaction under different conditions Sp 9 B2

Calculating thermodynamic properties of a reaction under different conditions Sp 9 B2

Calculating thermodynamic properties from equilibrium data Sp 9 A4

Calculating thermodynamic properties from equilibrium data Sp 9 A4

Calculating the molar solubility of Ag2CO3 Sp 9 A5

Calculating the molar solubility of Ag2CO3 Sp 9 A5

Calculating the equilibrium constant at a new temperature Sp 9 B9e

Calculating the equilibrium constant at a new temperature Sp 9 B9e

Using equilibrium constants of reactions to determine new equilibrium constants under differing cond

Using equilibrium constants of reactions to determine new equilibrium constants under differing cond

Reversible Isothermal expansion of CO2 Sp 8 B8a

Reversible Isothermal expansion of CO2 Sp 8 B8a

Reversible isothermal expansion of a monoatomic ideal gas Sp 8 A5

Reversible isothermal expansion of a monoatomic ideal gas Sp 8 A5

Reversible adiabatic expansion of CO2 Sp 8 B8c

Reversible adiabatic expansion of CO2 Sp 8 B8c

Reversible adiabatic expansion of a monoatomic ideal gas Sp 8 A6

Reversible adiabatic expansion of a monoatomic ideal gas Sp 8 A6

Irreversible isothermal expansion of CO2 Sp 8 B8b

Irreversible isothermal expansion of CO2 Sp 8 B8b

Changes to a gas under varying expansion and compression conditions Sp 8 A7

Changes to a gas under varying expansion and compression conditions Sp 8 A7

Calculating thermodynamic properties of a reaction Sp 8 A3

Calculating thermodynamic properties of a reaction Sp 8 A3

Calculating heat capacity and change in internal energy using a bomb calorimeter Sp 8 A4

Calculating heat capacity and change in internal energy using a bomb calorimeter Sp 8 A4

Use heats of formation to calculate average bond energies Sp 7 B2

Use heats of formation to calculate average bond energies Sp 7 B2

Calculating work performed by a reaction Sp 7 A3

Calculating work performed by a reaction Sp 7 A3

Calculating thermodynamic properties of a reaction from heats of formation Sp 7 A5

Calculating thermodynamic properties of a reaction from heats of formation Sp 7 A5

Calculate the final temperature of a solution after a reaction Sp 7 B6

Calculate the final temperature of a solution after a reaction Sp 7 B6

Calculate energy required to melt ice Sp 7 B8

Calculate energy required to melt ice Sp 7 B8

MO Diagram of O2 Sp 5 A3

MO Diagram of O2 Sp 5 A3

MO Diagram of C2 Sp 5 B4

MO Diagram of C2 Sp 5 B4

MO Diagram of BN Sp 5 A4

MO Diagram of BN Sp 5 A4

Hybridization of nitrogen in formamide Sp 5 B9

Hybridization of nitrogen in formamide Sp 5 B9

Hybridization of C2 hydrocarbons Sp 5 B10

Hybridization of C2 hydrocarbons Sp 5 B10

Hybridization and MOs of a conjugated pi system Sp 5 B8

Hybridization and MOs of a conjugated pi system Sp 5 B8

Building hybrid orbitals for CH3OH Sp 5 B7

Building hybrid orbitals for CH3OH Sp 5 B7

Drawing resonance structures Sp 4 B12

Drawing resonance structures Sp 4 B12

Energy levels of a 3D particle in a box Sp 2 B3

Energy levels of a 3D particle in a box Sp 2 B3

Differentiating between resonance and isomers Sp 4 B11

Differentiating between resonance and isomers Sp 4 B11

Drawing Lewis Structures Sp 4 B4

Drawing Lewis Structures Sp 4 B4

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

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

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

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

Applications of resonance structures to lewis acidity Sp 4 B13

Applications of resonance structures to lewis acidity Sp 4 B13

Using electronic configurations to identify elements Sp 3 B4

Using electronic configurations to identify elements Sp 3 B4

Trends in ionization energy Sp 3 B7

Trends in ionization energy Sp 3 B7

The effect of oxidation state on ionic size Sp 3 A3

The effect of oxidation state on ionic size Sp 3 A3

Periodic trends of ionization energy Sp 3 A4

Periodic trends of ionization energy Sp 3 A4

Isoelectronic atoms of ions Sp 3 B1

Isoelectronic atoms of ions Sp 3 B1

Identifying elements from electronic configurations Sp 3 B5

Identifying elements from electronic configurations Sp 3 B5

Identifying element from ionization energy data Sp 3 B11

Identifying element from ionization energy data Sp 3 B11

Hypothetical periodic table with l=0 quantum state Sp 3 B10

Hypothetical periodic table with l=0 quantum state Sp 3 B10

Effects of charge on isoelectronic ions Sp 3 B9

Effects of charge on isoelectronic ions Sp 3 B9

Sketching atomic orbitals Sp 2 A6

Sketching atomic orbitals Sp 2 A6

Regional probabilities of 2D particle in a box Sp 2 B2a

Regional probabilities of 2D particle in a box Sp 2 B2a

Identifying atomic orbitals Sp 2 A5

Identifying atomic orbitals Sp 2 A5

Energy levels of a 2D particle in a box Sp 2 B2b

Energy levels of a 2D particle in a box Sp 2 B2b

Draw atomic orbitals from given quantum numbers Sp 2 B8

Draw atomic orbitals from given quantum numbers Sp 2 B8

Applying 1D particle in a box to a Li4 chain Sp 2 B4

Applying 1D particle in a box to a Li4 chain Sp 2 B4

1D Particle in a box Sp 2 A3

1D Particle in a box Sp 2 A3

Derive equation to convert nm of photon to eV Sp 1 B2a

Derive equation to convert nm of photon to eV Sp 1 B2a

Reading data from Curiosity rover's ChemCam Sp 1 C3

Reading data from Curiosity rover's ChemCam Sp 1 C3

Reading APXS spectra to identify elements Sp 1 C1

Reading APXS spectra to identify elements Sp 1 C1

Photon energy calculations of UVA and UVB Sp 1 A3

Photon energy calculations of UVA and UVB Sp 1 A3

Photoelectric effect problems Sp 1 A4

Photoelectric effect problems Sp 1 A4

Photoelectric effect of metals Sp 1 B2b e

Photoelectric effect of metals Sp 1 B2b e

Convert photon energy, wavelength, and frequency Sp 1 A2

Convert photon energy, wavelength, and frequency Sp 1 A2

Calculating stokes shift energies Sp 1 D2

Calculating stokes shift energies Sp 1 D2

Calculating stokes shift energies Sp 1 D1

Calculating stokes shift energies Sp 1 D1

NF MO Diagram

NF MO Diagram

HO- MO Diagram

HO- MO Diagram

F2 MO Diagram

F2 MO Diagram

N2 MO Diagram

N2 MO Diagram

1D Particle in a box Determine probability from edge to peak

1D Particle in a box Determine probability from edge to peak

3D Particle in a box Calculate the energies of different states

3D Particle in a box Calculate the energies of different states

2D Particle in a box Determine probability of a region with uneven spacing

2D Particle in a box Determine probability of a region with uneven spacing

2D Particle in a box Determine probability of a region with equal spacing

2D Particle in a box Determine probability of a region with equal spacing

2D Particle in a box Calculate the energies and draw different states

2D Particle in a box Calculate the energies and draw different states

1D Particle in a box Determine probability of a region

1D Particle in a box Determine probability of a region

1D Particle in a box - Calculate the energies and draw different states

1D Particle in a box - Calculate the energies and draw different states

Balancing redox reaction in a basic environment

Balancing redox reaction in a basic environment

Balancing redox reaction in an acidic environment

Balancing redox reaction in an acidic environment

Acid Base - Identify equilibrium and calculate equilibrium constant

Acid Base - Identify equilibrium and calculate equilibrium constant

Thermochemistry - Using Van't Hofft Equation

Thermochemistry - Using Van't Hofft Equation

Equilibrium - Solubility Calculation Related to pH

Equilibrium - Solubility Calculation Related to pH

Thermochemistry - Calculate Equilibrium Constant At A Different Temperature

Thermochemistry - Calculate Equilibrium Constant At A Different Temperature

Equilibrium - Solubility Calculation Involving Common Ion Effect

Equilibrium - Solubility Calculation Involving Common Ion Effect

Equilibrium - Complex Ion Solubility Calculation

Equilibrium - Complex Ion Solubility Calculation

Thermo Tutorial Video - Constant Volume and Constant Pressure: Calculate heat and work

Thermo Tutorial Video - Constant Volume and Constant Pressure: Calculate heat and work

Thermo Tutorial Video - Calculate melting point from thermodynamic data

Thermo Tutorial Video - Calculate melting point from thermodynamic data

Thermo Tutorial Video - Adiabatic and Reversible Expansion

Thermo Tutorial Video - Adiabatic and Reversible Expansion

Thermo Tutorial Video - Gibbs Free Energy Calculation at delta G = 0

Thermo Tutorial Video - Gibbs Free Energy Calculation at delta G = 0

Thermo Tutorial Video - Isothermal and Irreversible Expansion

Thermo Tutorial Video - Isothermal and Irreversible Expansion

Thermo Tutorial Video - Isothermal and Reversible Expansion

Thermo Tutorial Video - Isothermal and Reversible Expansion

Equilibrium - Calculating the equilibrium pressure of a gas using an ICE table

Equilibrium - Calculating the equilibrium pressure of a gas using an ICE table

Equilibrium - Balancing chemical equation and calculating the pressure in the flask post-reaction

Equilibrium - Balancing chemical equation and calculating the pressure in the flask post-reaction

Week 6 Online Office hours

Week 6 Online Office hours

Week 6 Online Office hours

Week 6 Online Office hours

Week 5 Online Office hours

Week 5 Online Office hours

3D Printing an Army of Squirtles using thermochromic PLA

3D Printing an Army of Squirtles using thermochromic PLA

Orca 4.0 Installation Tutorial for Windows using MS-MPI

Orca 4.0 Installation Tutorial for Windows using MS-MPI

Using the Augment App to view 3D images of molecules

Using the Augment App to view 3D images of molecules

Adding Acid to a Buffer - Calculating the pH using Henderson-Hasselbalch

Adding Acid to a Buffer - Calculating the pH using Henderson-Hasselbalch

Strategy to solve a weak acid-strong base titration - equivalence point

Strategy to solve a weak acid-strong base titration - equivalence point

Strategy to solve a weak acid-strong base titration - past the equivalence point

Strategy to solve a weak acid-strong base titration - past the equivalence point

Strategy to solve a weak acid-strong base titration - half stoichiometric point

Strategy to solve a weak acid-strong base titration - half stoichiometric point

Strategy to solve a weak acid-strong base titration - Buffer region

Strategy to solve a weak acid-strong base titration - Buffer region

Strategy to solve a weak acid-strong base titration - 0 mL of base added

Strategy to solve a weak acid-strong base titration - 0 mL of base added

Assigning Point Groups to Molecules

Assigning Point Groups to Molecules

Chimera Tutorial - Measuring Distances and Angles

Chimera Tutorial - Measuring Distances and Angles

Chimera Tutorial - Generating Symmetrically Related Units

Chimera Tutorial - Generating Symmetrically Related Units

Chimera Tutorial - Overlaying Structures

Chimera Tutorial - Overlaying Structures

Chimera Tutorial - PDB and Introduction to software

Chimera Tutorial - PDB and Introduction to software

Chimera Tutorial - Visualizing Specific Residues

Chimera Tutorial - Visualizing Specific Residues

Chimera Tutorial - Highlighting and Selecting Sequences

Chimera Tutorial - Highlighting and Selecting Sequences

Photoelectric Effect - Calculating the Wavelength of Light needed to emit an Electron from Titanium

Photoelectric Effect - Calculating the Wavelength of Light needed to emit an Electron from Titanium

Photoelectric Effect - Calculating the Wavelength of Light needed to emit an Electron from Calcium

Photoelectric Effect - Calculating the Wavelength of Light needed to emit an Electron from Calcium

Photoelectric Effect - Calculating the Energy an Electron Absorbs from a Wavelength of Light 2

Photoelectric Effect - Calculating the Energy an Electron Absorbs from a Wavelength of Light 2

Electromagnetic Radiation - Calculating the Frequency and Wavelength from Energy

Electromagnetic Radiation - Calculating the Frequency and Wavelength from Energy

Electromagnetic Radiation - Calculating the Frequency and Energy from a Wavelength 2

Electromagnetic Radiation - Calculating the Frequency and Energy from a Wavelength 2

Electromagnetic Radiation - Calculating the Frequency and Wavelength from Energy 2

Electromagnetic Radiation - Calculating the Frequency and Wavelength from Energy 2

RYDBERG EQUATION - Calculating the Energy of the Shells in a Li(+2) Ion

RYDBERG EQUATION - Calculating the Energy of the Shells in a Li(+2) Ion

Electromagnetic Radiation - Calculating the Frequency and Energy from a Wavelength

Electromagnetic Radiation - Calculating the Frequency and Energy from a Wavelength

RYDBERG EQUATION - Calculating the Energy of the Shells in a Hydrogen Atom

RYDBERG EQUATION - Calculating the Energy of the Shells in a Hydrogen Atom

Photoelectric Effect - Calculating the Energy an Electron Absorbs from a Wavelength of Light

Photoelectric Effect - Calculating the Energy an Electron Absorbs from a Wavelength of Light

ELECTROMAGNETIC RADIATION - Calculating the Wavelength and Energy from a Frequency

ELECTROMAGNETIC RADIATION - Calculating the Wavelength and Energy from a Frequency

Calculate Emission from Rydberg

Calculate Emission from Rydberg

ELECTROMAGNETIC RADIATION - Calculating the Wavelength and Energy from a Frequency 2

ELECTROMAGNETIC RADIATION - Calculating the Wavelength and Energy from a Frequency 2

Calculate Absorption Rydberg

Calculate Absorption Rydberg

Calculate pH and Percent ionization of a weak acid

Calculate pH and Percent ionization of a weak acid

AOM FeCO5

AOM FeCO5

PSet 5 Supplement Point Group Identification Walkthrough

PSet 5 Supplement Point Group Identification Walkthrough

Magnetic Moment FePhen3ClO43

Magnetic Moment FePhen3ClO43

H2O C2v

H2O C2v

Normal Mode Analysis

Normal Mode Analysis

CuLhfac2 magnetic moment

CuLhfac2 magnetic moment

SF6 Pi bonds

SF6 Pi bonds

D4h Point Generation Walkthrough

D4h Point Generation Walkthrough

SF6 MO diagram

SF6 MO diagram