Канал: lseinjr1

Formal charges of isocyanate and fulminate ion

Formal charges of isocyanate and fulminate ion

Activation of the carbonyl group by protonation: introduction

Activation of the carbonyl group by protonation: introduction

CFC's and ozone depletion: a theoretical analysis of some one- and two-carbon CFC's

CFC's and ozone depletion: a theoretical analysis of some one- and two-carbon CFC's

Introduction to chlorofluorocarbons (CFC)

Introduction to chlorofluorocarbons (CFC)

Kinetics: Relaxation time for reaction A + B ↔ Z

Kinetics: Relaxation time for reaction A + B ↔ Z

Introduction to the stochastic modeling of chemical reactions

Introduction to the stochastic modeling of chemical reactions

PAni: cross-linking of aniline oligomers with divalent transition metal ions

PAni: cross-linking of aniline oligomers with divalent transition metal ions

Oligo- and poly- aniline basics

Oligo- and poly- aniline basics

Formal correspondence between two commutator problems in QM

Formal correspondence between two commutator problems in QM

Wavefunctions illustrated: Bloch functions for a 2-D square lattice

Wavefunctions illustrated: Bloch functions for a 2-D square lattice

Wavefunctions illustrated: Bloch functions in a 1-D lattice

Wavefunctions illustrated: Bloch functions in a 1-D lattice

Protein poetry collection number 01

Protein poetry collection number 01

Kinetics: color-coded derivation of integrated rate law and half-life for zeroeth order reaction

Kinetics: color-coded derivation of integrated rate law and half-life for zeroeth order reaction

Excel: graphing the alpha values for a triprotic acid (eg., H₃PO₄)

Excel: graphing the alpha values for a triprotic acid (eg., H₃PO₄)

Quantum oscillator probabilities with classical turning points wavefunctions illustrated

Quantum oscillator probabilities with classical turning points wavefunctions illustrated

Derivation of classical turning points for a quantum harmonic oscillator, and units (revised)

Derivation of classical turning points for a quantum harmonic oscillator, and units (revised)

Radial part of sigma bonding orbitals wavefunctions illustrated

Radial part of sigma bonding orbitals wavefunctions illustrated

Alpha values of EDTA species as a function of pH

Alpha values of EDTA species as a function of pH

A scheme to encode English sentences in DNA

A scheme to encode English sentences in DNA

Excel: graphing the quantum harmonic oscillator eigenfunctions, part 2

Excel: graphing the quantum harmonic oscillator eigenfunctions, part 2

Excel: graphing the quantum harmonic oscillator eigenfunctions, part 1

Excel: graphing the quantum harmonic oscillator eigenfunctions, part 1

Excel: graphing the 2D rigid rotor wavefunctions, part 2

Excel: graphing the 2D rigid rotor wavefunctions, part 2

Excel: Graphing the rigid rotor 2D wavefunctions, part 1

Excel: Graphing the rigid rotor 2D wavefunctions, part 1

Excel: graphing the 2D particle in a box problem

Excel: graphing the 2D particle in a box problem

Excel: graphing the 1D particle in a box wavefunctions

Excel: graphing the 1D particle in a box wavefunctions

Kim method: derivation of the sigma orbitals of benzene

Kim method: derivation of the sigma orbitals of benzene

Kim method: derivation of sigma orbitals of methane

Kim method: derivation of sigma orbitals of methane

Kim method: derivation of the pi system of cyclooctatetraene dianion by the Correspondence Theorem

Kim method: derivation of the pi system of cyclooctatetraene dianion by the Correspondence Theorem

Kim method: derivation of pi orbitals of cyclobutadiene

Kim method: derivation of pi orbitals of cyclobutadiene

Album Reviews by Sarajane: Burt Reynolds roundup, part 1

Album Reviews by Sarajane: Burt Reynolds roundup, part 1

Kim method: derivation of the pi orbitals of benzene by the Correspondence Theorem

Kim method: derivation of the pi orbitals of benzene by the Correspondence Theorem

Kim Method: derivation of vibrations of nickel tetrachloride dianion by the Kim Method, part II

Kim Method: derivation of vibrations of nickel tetrachloride dianion by the Kim Method, part II

Kinetics: illustrated evaluation of kinetic parameters for reaction of type A ⇔ Z by T-jump method

Kinetics: illustrated evaluation of kinetic parameters for reaction of type A ⇔ Z by T-jump method

Kinetics: derivation of relaxation time for reaction of form 2A ↔ Z

Kinetics: derivation of relaxation time for reaction of form 2A ↔ Z

Kinetics: derivation of the relaxation time for reaction first-order in each direction

Kinetics: derivation of the relaxation time for reaction first-order in each direction

Album reviews by Sarajane: At Long Last Love (1975)

Album reviews by Sarajane: At Long Last Love (1975)

Thermodynamics: which way to equilibrium?

Thermodynamics: which way to equilibrium?

Analytical chemistry: Henderson-Hasselbalch equation for bases derivation

Analytical chemistry: Henderson-Hasselbalch equation for bases derivation

Analytical chemistry: debunking bad statistics applied to solvent extraction

Analytical chemistry: debunking bad statistics applied to solvent extraction

Analytical chemistry: multiple solvent extraction derivation

Analytical chemistry: multiple solvent extraction derivation

Environmental electrochemistry: color-coded derivation of pE expressions

Environmental electrochemistry: color-coded derivation of pE expressions

Analytical chemistry: solvent extraction derivation

Analytical chemistry: solvent extraction derivation

Three triprotic acids: alpha values graphed

Three triprotic acids: alpha values graphed

Album Reviews by Sarajane: Five Films by Burt Reynolds

Album Reviews by Sarajane: Five Films by Burt Reynolds

Alpha values: triprotic acid

Alpha values: triprotic acid

Diels-Alder 4: ortho, meta, para orientation

Diels-Alder 4: ortho, meta, para orientation

Group theory: derivatives of cyclo-octatetraene

Group theory: derivatives of cyclo-octatetraene

Group theory: cyclooctatetraene

Group theory: cyclooctatetraene

Electrochemistry: electrochemical titration of Fe (II) with Ce (IV)

Electrochemistry: electrochemical titration of Fe (II) with Ce (IV)

Thermodynamics: residual entropy S of water ice calculation

Thermodynamics: residual entropy S of water ice calculation

"13 Reasons Why": analysis through Erikson's stages of development.

"13 Reasons Why": analysis through Erikson's stages of development.

Kinetics : two parallel reactions derivation

Kinetics : two parallel reactions derivation

Walsh diagrams: water and carbon dioxide

Walsh diagrams: water and carbon dioxide

pH of basic salt problem (corrected)

pH of basic salt problem (corrected)

Formal attire: formal charge on atoms of transition metal ligands

Formal attire: formal charge on atoms of transition metal ligands

Oxidation numbers of nitrogen in various compounds and ions

Oxidation numbers of nitrogen in various compounds and ions

Kinetics: integrated rate law and half-life expression for general Nth order reaction, N ≠ 1

Kinetics: integrated rate law and half-life expression for general Nth order reaction, N ≠ 1

Kinetics: Chapman mechanism for ozone depletion derivation

Kinetics: Chapman mechanism for ozone depletion derivation

Stefan-Boltzmann law from Planck distribution: a color-coded, step-by-step derivation

Stefan-Boltzmann law from Planck distribution: a color-coded, step-by-step derivation

I am perturbed: derivation of non-degenerate perturbation theory to first order

I am perturbed: derivation of non-degenerate perturbation theory to first order

Kinetics: third order integrated rate law and half-life derivation

Kinetics: third order integrated rate law and half-life derivation

Fathers and Sons: family dynamics in "Empire" and "The Brothers Karamazov"

Fathers and Sons: family dynamics in "Empire" and "The Brothers Karamazov"

Hybridization: mixing of s, p, and d orbitals

Hybridization: mixing of s, p, and d orbitals

VSEPR theory: Part II

VSEPR theory: Part II

VSEPR theory: Part I

VSEPR theory: Part I

Rotational barriers of unsubstituted, monohalogenated, and 1,2-dihalogenated ethanes

Rotational barriers of unsubstituted, monohalogenated, and 1,2-dihalogenated ethanes

Kinetics: second order integrated rate law and half-life derivation

Kinetics: second order integrated rate law and half-life derivation

Kinetics: first order reaction integrated rate law and half-life derivation

Kinetics: first order reaction integrated rate law and half-life derivation

It's a gas: reversible, isothermal expansion of virial gas

It's a gas: reversible, isothermal expansion of virial gas

Graham's Law of Effusion: color-coded derivation

Graham's Law of Effusion: color-coded derivation

Latimer emf diagram for manganese (Mn) in acid solution

Latimer emf diagram for manganese (Mn) in acid solution

Wien's displacement law from the Planck distribution: a color-coded, step-by-step derivation

Wien's displacement law from the Planck distribution: a color-coded, step-by-step derivation

It's a gas: reversible, isothermal expansion of a van der Waals gas

It's a gas: reversible, isothermal expansion of a van der Waals gas

Synthesis of epoxides by action of peroxyacids on alkenes

Synthesis of epoxides by action of peroxyacids on alkenes

Lego chemistry: Wood's notation

Lego chemistry: Wood's notation

Lego chemistry: Langmuir isotherm

Lego chemistry: Langmuir isotherm

It's a gas: reduced form of the Dieterici equation

It's a gas: reduced form of the Dieterici equation

Thermodynamics: Gibbs energy partial derivatives (corrected)

Thermodynamics: Gibbs energy partial derivatives (corrected)

More on Pople-style basis sets: carbon in the 6-311G basis

More on Pople-style basis sets: carbon in the 6-311G basis

Diels-Alder 3: rings as dienes

Diels-Alder 3: rings as dienes

Reduced mass: color-coded derivation of definition

Reduced mass: color-coded derivation of definition

Kinetics: compare and contrast SIR model with Lindemann-Hinshelwood

Kinetics: compare and contrast SIR model with Lindemann-Hinshelwood

Commutator: Hamiltonian and position

Commutator: Hamiltonian and position

Color-coded derivations of commutator identities

Color-coded derivations of commutator identities

It's a gas:: color-coded derivation of reduced Berthelot equation

It's a gas:: color-coded derivation of reduced Berthelot equation

Album reviews by Sarajane: And Then There Were Three (Genesis)

Album reviews by Sarajane: And Then There Were Three (Genesis)

It's a gas: color-coded derivation of reduced van der Waals equation

It's a gas: color-coded derivation of reduced van der Waals equation

Statistical thermodynamics: color-coded, step-by-step derivation of Langmuir isotherm

Statistical thermodynamics: color-coded, step-by-step derivation of Langmuir isotherm

Hückel: allylic coefficients derivation

Hückel: allylic coefficients derivation

Thermodynamics: reversible adiabatic expansion, color-coded derivation

Thermodynamics: reversible adiabatic expansion, color-coded derivation

Thermodynamics: Clapeyron and Clausius-Clapeyron equations, color-coded derivations

Thermodynamics: Clapeyron and Clausius-Clapeyron equations, color-coded derivations

Album reviews by Sarajane: Black and Blue (2000)

Album reviews by Sarajane: Black and Blue (2000)

Electrochemical determination of Kw solved problem (improved)

Electrochemical determination of Kw solved problem (improved)

Transitional metal complexes: octahedral

Transitional metal complexes: octahedral

Thermodynamics: Gibbs-Helmholtz equation, color-coded derivation

Thermodynamics: Gibbs-Helmholtz equation, color-coded derivation

Thermodynamics: Gibbs energy and pressure, color-coded derivation

Thermodynamics: Gibbs energy and pressure, color-coded derivation

Crystallography: similarity transformations of the Euclidean group

Crystallography: similarity transformations of the Euclidean group

Crystallography: Jones faithful representations of symmetry operators

Crystallography: Jones faithful representations of symmetry operators

Crystallography: basis-vector representations of symmetry operations

Crystallography: basis-vector representations of symmetry operations

Kinetics: unimolecular reaction with inert gas derivations (Part 2)

Kinetics: unimolecular reaction with inert gas derivations (Part 2)

Crystallography: Seitz notation and the Euclidean group

Crystallography: Seitz notation and the Euclidean group

Kinetics: unimolecular reaction with inert gas derivations (Part I)

Kinetics: unimolecular reaction with inert gas derivations (Part I)

Diels-Alder 2: cis / trans dienophiles

Diels-Alder 2: cis / trans dienophiles

Album reviews by Sarajane: Travelling like the light

Album reviews by Sarajane: Travelling like the light

Rotational states of dihydrogen

Rotational states of dihydrogen

Zero-point energy (ZPE) in computational chemistry.

Zero-point energy (ZPE) in computational chemistry.

Diels-Alder I: alkynes

Diels-Alder I: alkynes

It's a gas: virial constants in the Berthelot equation, color-coded derivation

It's a gas: virial constants in the Berthelot equation, color-coded derivation

Chemical potential in a system of N indistinguishable particles, color-coded derivation

Chemical potential in a system of N indistinguishable particles, color-coded derivation

Le Chatelier Principle: specific numerical examples

Le Chatelier Principle: specific numerical examples

Projection operator method: pi MOs of butadiene

Projection operator method: pi MOs of butadiene

Hückel cycloheptatrienyl cation ("tropylium") energies, part II

Hückel cycloheptatrienyl cation ("tropylium") energies, part II

Hückel cycloheptatrienyl cation ("tropylium") energies, part I

Hückel cycloheptatrienyl cation ("tropylium") energies, part I

How To Turn Salt Water Into Fresh Water - DEBUNKED

How To Turn Salt Water Into Fresh Water - DEBUNKED

Projection operator method: pi orbitals of cyclopentadienyl anion

Projection operator method: pi orbitals of cyclopentadienyl anion

Projection operator method: sigma orbitals of diborane

Projection operator method: sigma orbitals of diborane

Album reviews by Sarajane: Double Fantasy (1980)

Album reviews by Sarajane: Double Fantasy (1980)

Hückel: cyclopentadienyl energies (improved)

Hückel: cyclopentadienyl energies (improved)

It's a gas: critical behavior in the Berthelot gas, color-coded derivation

It's a gas: critical behavior in the Berthelot gas, color-coded derivation

Album reviews by Sarajane: Mercury and Me (1994)

Album reviews by Sarajane: Mercury and Me (1994)

Thermodynamics (statistical): internal energy U and partition function Q, color-coded derivation

Thermodynamics (statistical): internal energy U and partition function Q, color-coded derivation

Album reviews by Sarajane: Slipknot (1999)

Album reviews by Sarajane: Slipknot (1999)

Electrochemistry: Nernst equation derivation

Electrochemistry: Nernst equation derivation

Thermodynamics (statistical): chemical potential in a generalized, multi-phase system

Thermodynamics (statistical): chemical potential in a generalized, multi-phase system

Thermodynamics (statistical): chemical potential in a two (2) phase system derivation

Thermodynamics (statistical): chemical potential in a two (2) phase system derivation

Album reviews by Sarajane: Innuendo (1991)

Album reviews by Sarajane: Innuendo (1991)

Molarity (M) to molality (m) problem (corrected)

Molarity (M) to molality (m) problem (corrected)

Thermodynamics (statistical): translational partition function derivation

Thermodynamics (statistical): translational partition function derivation

Thermodynamics (statistical): rotational partition function derivation

Thermodynamics (statistical): rotational partition function derivation

Album reviews by Sarajane: Nightmare by Avenged Sevenfold (2010)

Album reviews by Sarajane: Nightmare by Avenged Sevenfold (2010)

Album reviews by Sarajane: Made in Heaven (1995)

Album reviews by Sarajane: Made in Heaven (1995)

Projection operator method: sigma molecular orbitals of XeF4 - part II

Projection operator method: sigma molecular orbitals of XeF4 - part II

Projection operator method: sigma molecular orbitals of XeF4 - part I

Projection operator method: sigma molecular orbitals of XeF4 - part I

Thermodynamics (statistical): partition function for harmonic oscillator derivation

Thermodynamics (statistical): partition function for harmonic oscillator derivation

Thermodynamics (statistical): Boltzmann distribution derivation

Thermodynamics (statistical): Boltzmann distribution derivation

Oxidation numbers of chlorine in various compounds and ions

Oxidation numbers of chlorine in various compounds and ions

Pauli Principle - correlation

Pauli Principle - correlation

Latimer diagram for sulfur in basic solution

Latimer diagram for sulfur in basic solution

Force constant k problem (corrected)

Force constant k problem (corrected)

Oxidation numbers of sulfur in various compounds and ions

Oxidation numbers of sulfur in various compounds and ions

Latimer diagram for sulfur in acid (improved)

Latimer diagram for sulfur in acid (improved)

Electrochemistry: derivation of Law for the addition of half-cell potentials

Electrochemistry: derivation of Law for the addition of half-cell potentials

Mercapta(i)n Obvious: synthesis of thiols from haloalkanes

Mercapta(i)n Obvious: synthesis of thiols from haloalkanes

Nitriles: cyanohydrins

Nitriles: cyanohydrins

Strong acid paradox problem

Strong acid paradox problem

Nitriles: base hydrolysis

Nitriles: base hydrolysis

Nitriles: reduction to amines

Nitriles: reduction to amines

Nitriles from three carbon substrates

Nitriles from three carbon substrates

Nitriles: synthesis

Nitriles: synthesis

Alkynes: polyhalogenation

Alkynes: polyhalogenation

Root mean square velocity of CO₂ problem

Root mean square velocity of CO₂ problem

Electrophilic aromatic substitution: halogens

Electrophilic aromatic substitution: halogens

Electrophilic aromatic substitution: meta directors

Electrophilic aromatic substitution: meta directors

Electrophilic aromatic substitution: activators

Electrophilic aromatic substitution: activators

Free radical halogenation of alkanes

Free radical halogenation of alkanes

Nucleophilic acyl substitution: synthesis of methyl esters

Nucleophilic acyl substitution: synthesis of methyl esters

Nucleophilic acyl substitution: acid chlorides from thionyl chloride

Nucleophilic acyl substitution: acid chlorides from thionyl chloride

Projection operator method: sigma orbitals of methane

Projection operator method: sigma orbitals of methane

Amines: synthesis from haloalkanes, exhaustive methylation

Amines: synthesis from haloalkanes, exhaustive methylation

Projection operator method: sigma orbitals of boron trifluoride

Projection operator method: sigma orbitals of boron trifluoride

Nucleophilic acyl substitution: amides from acid chlorides

Nucleophilic acyl substitution: amides from acid chlorides

Amines: structural effects on basicity

Amines: structural effects on basicity

Nucleophilic acyl substitution: hydrolysis of acid chlorides

Nucleophilic acyl substitution: hydrolysis of acid chlorides

Thermodynamics: ATP hydrolysis problem

Thermodynamics: ATP hydrolysis problem

Very dilute strong acid pH problem

Very dilute strong acid pH problem

"Very dilute" strong acid: derivation of [H⁺] expression

"Very dilute" strong acid: derivation of [H⁺] expression

Heavy water: pD and pOD problem

Heavy water: pD and pOD problem

Diprotic acid sulfuric acid (H₂SO₄) pH problem

Diprotic acid sulfuric acid (H₂SO₄) pH problem

Mono- and dihydrohalogenation of alkynes

Mono- and dihydrohalogenation of alkynes

Markovnikov's rule: hydrohalogenation of alkenes

Markovnikov's rule: hydrohalogenation of alkenes

Hydrogenation of alkynes to alkenes

Hydrogenation of alkynes to alkenes

Allylic cation in SN₁ and SN₂ reactions

Allylic cation in SN₁ and SN₂ reactions

Dichlorocarbene: reaction with alkenes

Dichlorocarbene: reaction with alkenes

Carboxylic (organic) acids versus mineral (inorganic) acids

Carboxylic (organic) acids versus mineral (inorganic) acids

Acidity of "all kinds" of alkanes, alkenes, and alkynes

Acidity of "all kinds" of alkanes, alkenes, and alkynes

Reduction of aldehydes and ketones to alcohols

Reduction of aldehydes and ketones to alcohols

Oxidation of alcohols to aldehydes or ketones

Oxidation of alcohols to aldehydes or ketones

Acidity of alcohols in the gas phase

Acidity of alcohols in the gas phase

Computational conformational analysis of cyclohexanes

Computational conformational analysis of cyclohexanes

Formation of halohydrins from alkenes

Formation of halohydrins from alkenes

Heats of hydrogenation of alkenes

Heats of hydrogenation of alkenes

Vicinal dihalides: electrophilic addition of halogens to alkenes

Vicinal dihalides: electrophilic addition of halogens to alkenes

CH 203 Organic Chemistry I review 2 PM

CH 203 Organic Chemistry I review 2 PM

CH 203 Organic Chemistry I review 2 PM

CH 203 Organic Chemistry I review 2 PM

Won't you be my neighbor: coupling in the NMR of aliphatic alcohols, color-coded

Won't you be my neighbor: coupling in the NMR of aliphatic alcohols, color-coded

Color-coded intensities of proton signals in the NMR of aliphatic alcohols

Color-coded intensities of proton signals in the NMR of aliphatic alcohols

Cyclic ethers by intramolecular Williamson syntheses

Cyclic ethers by intramolecular Williamson syntheses

Conformations of cyclohexane and substituted cyclohexanes

Conformations of cyclohexane and substituted cyclohexanes

Oxidation numbers of carbon compounds with one carbon atom

Oxidation numbers of carbon compounds with one carbon atom

Zaytsev's rule for E₂ elimination reactions

Zaytsev's rule for E₂ elimination reactions

Transition states of E₂ elimination reactions

Transition states of E₂ elimination reactions

Effect of SN₂ reactions on chirality of substrate

Effect of SN₂ reactions on chirality of substrate

Structure and stability of common carbocations

Structure and stability of common carbocations

Transition states of SN₂ reactions

Transition states of SN₂ reactions

It's a gas: derivation of virial equation constants for the van der Waals gas

It's a gas: derivation of virial equation constants for the van der Waals gas

It's a gas: critical behavior in the van der Waals gas derivation

It's a gas: critical behavior in the van der Waals gas derivation

It's a gas: critical behavior in the ideal gas derivation

It's a gas: critical behavior in the ideal gas derivation

Gaussian function product proof

Gaussian function product proof

Introduction to Pople-style basis sets

Introduction to Pople-style basis sets

Gauss v. Slater: GTO's and STO's

Gauss v. Slater: GTO's and STO's