Канал: Adam Herring

CHEM SP21_7.5 Exceptions to the Octet Rule

CHEM SP21_7.5 Exceptions to the Octet Rule

CHEM SP21_7.3 Drawing Lewis Structures

CHEM SP21_7.3 Drawing Lewis Structures

CHEM 110_SP 21 5.1 Molecular Composition part 1

CHEM 110_SP 21 5.1 Molecular Composition part 1

CHEM SP21_5.2 Molecular Composition part 2

CHEM SP21_5.2 Molecular Composition part 2

CHEM SP21_4.4 Ions and Isoelectronic Series

CHEM SP21_4.4 Ions and Isoelectronic Series

CHEM SP21_4.5 Summary of Periodic Trends

CHEM SP21_4.5 Summary of Periodic Trends

CHEM SP21_4.2-3 Ionization E., Electron Affinity

CHEM SP21_4.2-3 Ionization E., Electron Affinity

CHEM SP21_4.1 Periodic Trends of Zeff, Atom Radius

CHEM SP21_4.1 Periodic Trends of Zeff, Atom Radius

CHEM SP21_3.3-4 Electron Configuration and PT

CHEM SP21_3.3-4 Electron Configuration and PT

CHEM SP21_3.1-2 Electron Spin, Nuclear Charge

CHEM SP21_3.1-2 Electron Spin, Nuclear Charge

CHEM SP21_3.3-4 Electron Configurations, Periodic Table Practice problems

CHEM SP21_3.3-4 Electron Configurations, Periodic Table Practice problems

CHEM SP21_2.5 Orbitals

CHEM SP21_2.5 Orbitals

CHEM SP21_2.4 Quantum Numbers

CHEM SP21_2.4 Quantum Numbers

CHEM SP21_2.3 Matter Waves

CHEM SP21_2.3 Matter Waves

CHEM SP21_2.1-2.2 Hydrogen atom, Bohr model

CHEM SP21_2.1-2.2 Hydrogen atom, Bohr model

CHEM SP21_1.7 Intro to Climate Science

CHEM SP21_1.7 Intro to Climate Science

CHEM SP21_1.7 Spectroscopy

CHEM SP21_1.7 Spectroscopy

CHEM SP21_1.6 part 2: Light as a Particle

CHEM SP21_1.6 part 2: Light as a Particle

CHEM SP21_1.6 Light as a wave

CHEM SP21_1.6 Light as a wave

CHEM SP21_1.4-5 Energy and Enthalpy

CHEM SP21_1.4-5 Energy and Enthalpy

1 4 Intro to Energy

1 4 Intro to Energy

1 1 % Abundance

1 1 % Abundance

1 2 1 3

1 2 1 3

CHEM SP21_1.1

CHEM SP21_1.1

Marking Questions as Duplicates on Piazza

Marking Questions as Duplicates on Piazza

Some thoughts on the chemistry Celebration of Knowledge #1

Some thoughts on the chemistry Celebration of Knowledge #1

Chapter 16.4-5 Extra Practice Problems

Chapter 16.4-5 Extra Practice Problems

Chapter 16:4-5 Standard Enthalpy of Formation, BDE

Chapter 16:4-5 Standard Enthalpy of Formation, BDE

Chapter 16.1-3 Extra Practice Problems

Chapter 16.1-3 Extra Practice Problems

Chapter 16.3 Hess' Law

Chapter 16.3 Hess' Law

Chapter 16.2 Calorimetry

Chapter 16.2 Calorimetry

Chapter 16.1 Intro to Thermochemistry

Chapter 16.1 Intro to Thermochemistry

Chapter 15 4 5 Limiting Reactants and % yield

Chapter 15 4 5 Limiting Reactants and % yield

Chap 15.4-5: Extra Practice Problems

Chap 15.4-5: Extra Practice Problems

Chap 15.4-5: Stoichiometry Basics

Chap 15.4-5: Stoichiometry Basics

Chap 15.1-3 Extra practice problems

Chap 15.1-3 Extra practice problems

Chap 15.3: Redox Reactions

Chap 15.3: Redox Reactions

Chap 15.1-2: Chemical reactions and reaction types

Chap 15.1-2: Chemical reactions and reaction types

Chap 14.4: Extra practice problems

Chap 14.4: Extra practice problems

Chap 14.4: Solubility

Chap 14.4: Solubility

Chap 14.3: Extra Practive Problems

Chap 14.3: Extra Practive Problems

Chap 14.3: Concentration Calculations

Chap 14.3: Concentration Calculations

Chap 13: Extra Practice Problems

Chap 13: Extra Practice Problems

Chap 13.3-5: Vapor pres., phase diagrams and more

Chap 13.3-5: Vapor pres., phase diagrams and more

Chap 13.1-2: Intro to liquids and heating curves

Chap 13.1-2: Intro to liquids and heating curves

Chap 14.1-2: Intro to solutions and electrolytes

Chap 14.1-2: Intro to solutions and electrolytes

Chap 12.4-6: Extra Practice Problems

Chap 12.4-6: Extra Practice Problems

Chap 12: Dalton's Law of Partial Pressures, Real Gases, the Atmosphere

Chap 12: Dalton's Law of Partial Pressures, Real Gases, the Atmosphere

Chap 12: Ideal gas law, density of gases

Chap 12: Ideal gas law, density of gases

Chap 12: Effusion and Diffusion, gas relationships

Chap 12: Effusion and Diffusion, gas relationships

Chap 12: Intro to KMT

Chap 12: Intro to KMT

Chap 11: Extra practice problems

Chap 11: Extra practice problems

Chap 11: Hydrogen Bonding

Chap 11: Hydrogen Bonding

Chap 11: IMFs

Chap 11: IMFs

Chap 11: Introduction to States of Matter

Chap 11: Introduction to States of Matter

Chap 10: Extra practice problems

Chap 10: Extra practice problems

Chap 10: Functional Groups

Chap 10: Functional Groups

Chap 10: Hydrocarbons and Isomers

Chap 10: Hydrocarbons and Isomers

Chap 9: Valence Bondy Theory practice problems

Chap 9: Valence Bondy Theory practice problems

Chap 9: Valence Bondy Theory - pi bonds

Chap 9: Valence Bondy Theory - pi bonds

Chap 9: Hybridization and Valence Bond Theory

Chap 9: Hybridization and Valence Bond Theory

Chap 8: Molecular Polarity practice problems

Chap 8: Molecular Polarity practice problems

Chap 8: Molecular Polarity

Chap 8: Molecular Polarity

Chap 8: VESPR

Chap 8: VESPR

Chap 7: Exceptions to the octect rule

Chap 7: Exceptions to the octect rule

Chap 7: Resonance

Chap 7: Resonance

Chap 7: Lewis Structures and Formal Charges

Chap 7: Lewis Structures and Formal Charges

Chap 7: Skeletal Structures

Chap 7: Skeletal Structures

7.1-2: Electronegativity, bond polarity examples

7.1-2: Electronegativity, bond polarity examples

7.1-2: Electronegativity and bond polarity.

7.1-2: Electronegativity and bond polarity.

6.5-6.6: Covalent Bonding

6.5-6.6: Covalent Bonding

6.1-6.3: Ionic bonding and Coulomb's Law

6.1-6.3: Ionic bonding and Coulomb's Law

5.2: Empirical and molecular formula

5.2: Empirical and molecular formula

CHEM 110: 5.1-5.2 Molecular Composition

CHEM 110: 5.1-5.2 Molecular Composition

4.4-4.5: ions, ionic radii, isoelectronic series

4.4-4.5: ions, ionic radii, isoelectronic series

4.1-4.3: Zeff, atomic radius, IE, EA

4.1-4.3: Zeff, atomic radius, IE, EA

CHEM 110: Quantum Number Analogy

CHEM 110: Quantum Number Analogy

CHEM 110: 3.3-3.4 Electron Configurations, PT

CHEM 110: 3.3-3.4 Electron Configurations, PT

CHEM 110: 3.1-3.2 - spin, Pauli EP, Zeff

CHEM 110: 3.1-3.2 - spin, Pauli EP, Zeff

CHEM 110: 2.5 Orbitals

CHEM 110: 2.5 Orbitals

CHEM 110: 2.3-2.4 Quantum Numbers

CHEM 110: 2.3-2.4 Quantum Numbers

CHEM 110: 2.1-2.2 Line Spectra and Bohr Model

CHEM 110: 2.1-2.2 Line Spectra and Bohr Model

CHEM 110: EBook Overview

CHEM 110: EBook Overview

CHEM 110: Piazza Overview

CHEM 110: Piazza Overview

CHEM 110: Celebrations of Knowledge

CHEM 110: Celebrations of Knowledge

CHEM 110: Recitation Information

CHEM 110: Recitation Information

CHEM 110: Class starts tomorrow!

CHEM 110: Class starts tomorrow!

CHEM 110: Homework Expectations

CHEM 110: Homework Expectations

CHEM 110: Chap1.6-1.6 Light and Spectroscopy

CHEM 110: Chap1.6-1.6 Light and Spectroscopy

CHEM 110: Chap1.4-1.5 Energy and Enthalpy (v2)

CHEM 110: Chap1.4-1.5 Energy and Enthalpy (v2)

CHEM 110: Chap1.2-1.3 Avogadro's Number

CHEM 110: Chap1.2-1.3 Avogadro's Number

CHEM 110: Chap1.1 calculating percent abundance

CHEM 110: Chap1.1 calculating percent abundance

CHEM 110: Chap1.1 Atomic Structure

CHEM 110: Chap1.1 Atomic Structure

Welcome to CHEM 110 - Summer 2020

Welcome to CHEM 110 - Summer 2020

Molecular Polarity lecture (CHEM 110 PSU)

Molecular Polarity lecture (CHEM 110 PSU)

Molecular polarity lecture (short version with instructor video)

Molecular polarity lecture (short version with instructor video)

Three theories of learning

Three theories of learning