Канал: UofUChemistry

McCarthy Study Seminar

McCarthy Study Seminar

Limiting Reactant Demo Writing

Limiting Reactant Demo Writing

Gas Laws Answers

Gas Laws Answers

Gas Law Demo Video Reminder

Gas Law Demo Video Reminder

Water Vapor

Water Vapor

Dummy Exam

Dummy Exam

Trends in Reactivity

Trends in Reactivity

Emission Spectra Writing

Emission Spectra Writing

Balancing Redox Equations by Inspection

Balancing Redox Equations by Inspection

Review of Kinetics Graphs

Review of Kinetics Graphs

Nuclear Notation and Equations

Nuclear Notation and Equations

Fusion & Fission

Fusion & Fission

Discoveries & Types of Particles

Discoveries & Types of Particles

Solid Copper

Solid Copper

Ice melting

Ice melting

Evaporation of Water

Evaporation of Water

Inside a Boiling Water Bubble

Inside a Boiling Water Bubble

Gaseous Oxygen

Gaseous Oxygen

Liquid Oxygen

Liquid Oxygen

Sodium Chloride Melting

Sodium Chloride Melting

Reduction of Silver by Copper

Reduction of Silver by Copper

Water Autoionisation

Water Autoionisation

Ammonium and Hydroxide ions

Ammonium and Hydroxide ions

Ammonia Hydrolysis

Ammonia Hydrolysis

Acetic Acid dissociation

Acetic Acid dissociation

Acetate hydrolysis

Acetate hydrolysis

Silver Chloride Precipitation

Silver Chloride Precipitation

Solid Sodium Chloride Dissolves

Solid Sodium Chloride Dissolves

Aqueous Copper Nitrate Hydrated

Aqueous Copper Nitrate Hydrated

Liquid Water

Liquid Water

Solid Water Ice

Solid Water Ice

Gaseous Water

Gaseous Water

Liquid Water Formula

Liquid Water Formula

Solid Sodium Chloride

Solid Sodium Chloride

CuNO3 Aqueous

CuNO3 Aqueous

Water Kinetic Energy

Water Kinetic Energy

Acetic Acid Molecule

Acetic Acid Molecule

Water Ball n Stick

Water Ball n Stick

Hydrated Copper II Ion

Hydrated Copper II Ion

Hydrated Chloride ion

Hydrated Chloride ion

Hydrated Silver ion

Hydrated Silver ion

Standard Red Potentials and Cell Potentials

Standard Red Potentials and Cell Potentials

Nernst Equation

Nernst Equation

Electrolysis

Electrolysis

Cell Potential & Free Energy & Equilibrium Constants

Cell Potential & Free Energy & Equilibrium Constants

Balancing aq Redox Reactions

Balancing aq Redox Reactions

"Moles Plated" Equation

"Moles Plated" Equation

Using delta-H and delta-S to get delta-G

Using delta-H and delta-S to get delta-G

Free Energy and Equilibrium

Free Energy and Equilibrium

delta H via Graphical Analysis

delta H via Graphical Analysis

delta G and Gas Pressure

delta G and Gas Pressure

Adding Eqs to Estimate delta G

Adding Eqs to Estimate delta G

Shapes of Titration Curves

Shapes of Titration Curves

Making a Buffer with a Partial Titration

Making a Buffer with a Partial Titration

Common Ion Effect

Common Ion Effect

Buffering Capacity

Buffering Capacity

Acid Base Indicators

Acid Base Indicators

O Chem View of Acids & Bases

O Chem View of Acids & Bases

Polyprotic Acids and their pH

Polyprotic Acids and their pH

Percent Ionization/Hydrolysis

Percent Ionization/Hydrolysis

Using the Quadratic Formula

Using the Quadratic Formula

Introducing ICE Tables

Introducing ICE Tables

Manipulating Equilibrium Equations & Constants

Manipulating Equilibrium Equations & Constants

Heterogeneous Equilibria

Heterogeneous Equilibria

Law of Mass Action

Law of Mass Action

The Equilibrium Condition

The Equilibrium Condition

Examples of Dynamic Equilibrium

Examples of Dynamic Equilibrium

Mechanisms & Rate Determining Steps

Mechanisms & Rate Determining Steps

Initial Rates - Only One Concentration is Held Constant

Initial Rates - Only One Concentration is Held Constant

Collision Theory & Transition States

Collision Theory & Transition States

Catalysts & Enzymes

Catalysts & Enzymes

Cartoon Kinetics

Cartoon Kinetics

Arrhenius Equation

Arrhenius Equation

VP Reduction

VP Reduction

Henry's Law

Henry's Law

Solubility Curves

Solubility Curves

Like Dissolves Like

Like Dissolves Like

The Scale of Atoms

The Scale of Atoms

Three Famous Experiments

Three Famous Experiments

Extra Solution Stoichiometry Review II

Extra Solution Stoichiometry Review II

Extra Solution Stoichiometry Review I

Extra Solution Stoichiometry Review I

Solubility Rules & Precipitation

Solubility Rules & Precipitation

Solubility Vocabulary & Solution Formation

Solubility Vocabulary & Solution Formation

Extra Stoichiometry Review

Extra Stoichiometry Review

Density & MM of a Gas

Density & MM of a Gas

Yields

Yields

Empirical and Molecular

Empirical and Molecular

Vapor Pressure & CC Equation

Vapor Pressure & CC Equation

Phase Diagrams

Phase Diagrams

Heat Transfer & Heating Curves

Heat Transfer & Heating Curves

Bonding in Solids

Bonding in Solids

Unit Cells

Unit Cells

Interparticle Forces

Interparticle Forces

Pollutant Gasses

Pollutant Gasses

Real Gasses

Real Gasses

Diffusion and Effusion

Diffusion and Effusion

RMS Speed

RMS Speed

Avogadro's Law and Stoichiometry

Avogadro's Law and Stoichiometry

Partial Pressures; Dalton's Law

Partial Pressures; Dalton's Law

Gas Pressure

Gas Pressure

Heat Capacities and "q"

Heat Capacities and "q"

Energetic Sign Conventions

Energetic Sign Conventions

State Functions and Work

State Functions and Work

Formal Charges

Formal Charges

Larger Organic Molecules

Larger Organic Molecules

Diopole Moment of a Molecule

Diopole Moment of a Molecule

Trends in Lattice Energy

Trends in Lattice Energy

Salts vs Molecules

Salts vs Molecules

Electronegativity

Electronegativity

Molecular and Ionic Equations

Molecular and Ionic Equations

Oxyanion Naming

Oxyanion Naming

Oxidation States

Oxidation States

e Configuration of Ions

e Configuration of Ions

Mass Spec. & Ave. Weights

Mass Spec. & Ave. Weights

Periodic Trends

Periodic Trends

Valence Electrons

Valence Electrons

Placing Electrons into Orbitals

Placing Electrons into Orbitals

Wave Function

Wave Function

Quantum Number Summary

Quantum Number Summary

Kinetics Discussion Supplement

Kinetics Discussion Supplement

Dimensional Analysis

Dimensional Analysis

Review Chapter Lecture

Review Chapter Lecture

Jan 30 Discussion Questions

Jan 30 Discussion Questions

LeChatelier's Principle

LeChatelier's Principle

Visualizing Orbitals

Visualizing Orbitals

Unit Cell - Sizes & Calculations

Unit Cell - Sizes & Calculations

Calorimetry

Calorimetry

Introduction to Redox Reactions

Introduction to Redox Reactions

Intro to Acid Base Reactions

Intro to Acid Base Reactions

Electrolytes

Electrolytes

Aqueous Stoichiometry

Aqueous Stoichiometry

Stoichiometry Including Gases

Stoichiometry Including Gases

Combustion Analysis

Combustion Analysis

Limiting Reactants

Limiting Reactants

Stoichiometry

Stoichiometry

Percent Composition

Percent Composition

Gas Laws

Gas Laws

Ideal Gas Equation

Ideal Gas Equation

Enthalpies of Formation and Reaction

Enthalpies of Formation and Reaction

Hess's Law

Hess's Law

Hybridization and Orbital Overlap

Hybridization and Orbital Overlap

VSEPR and Geometries

VSEPR and Geometries

Lewis Structures and Resonance

Lewis Structures and Resonance

Bond Energies and Enthalpy of Reaction

Bond Energies and Enthalpy of Reaction

Born Haber Cycle

Born Haber Cycle

Electronegativity and Bonding

Electronegativity and Bonding

Balancing Chemical Equations

Balancing Chemical Equations

Naming Binary Compounds and Salts

Naming Binary Compounds and Salts

Counting by Weighing: Moles

Counting by Weighing: Moles

Sulfuric Acid

Sulfuric Acid

Electron Filling and Configurations

Electron Filling and Configurations

Quantum Numbers and Orbital Shapes Two

Quantum Numbers and Orbital Shapes Two

Quantum Numbers and Orbital Shapes One

Quantum Numbers and Orbital Shapes One

EM Radiation and the H Atom

EM Radiation and the H Atom

Molarity Introduction

Molarity Introduction

Grams-to-Moles Brief Intro to Stoichiometry

Grams-to-Moles Brief Intro to Stoichiometry

Uncertainty and Sig Figs

Uncertainty and Sig Figs

Equilibrium Review

Equilibrium Review

Electrochemistry Review

Electrochemistry Review

Thermodynamics Review

Thermodynamics Review

Kinetics Review

Kinetics Review

Two Similar Equations (A Review)

Two Similar Equations (A Review)

Kinetics of Radiodecay

Kinetics of Radiodecay

Determining Cell Potentials

Determining Cell Potentials

Balancing Redox Equations

Balancing Redox Equations

Making/Choosing a Buffer

Making/Choosing a Buffer

Lewis Acids and Bases

Lewis Acids and Bases

Thermodynamics - More on Entropy

Thermodynamics - More on Entropy

Thermodynamics; Overview and Introduction to Entropy

Thermodynamics; Overview and Introduction to Entropy

Free Energy Intro

Free Energy Intro

Entropy and Spontaneity

Entropy and Spontaneity

Complex Ions

Complex Ions

Precipitation and the Ion Product

Precipitation and the Ion Product

Ksp Introduction II

Ksp Introduction II

Ksp Introduction

Ksp Introduction

Titration Curves

Titration Curves

Adding Strong Acid or Strong Base to a Buffer

Adding Strong Acid or Strong Base to a Buffer

Buffers - an Introduction

Buffers - an Introduction

A-B Nature of Salts II

A-B Nature of Salts II

A-B Nature of Salts

A-B Nature of Salts

Weak Base Postscript

Weak Base Postscript

Weak Acid Base Problems

Weak Acid Base Problems

Strong A B Stoichiometry

Strong A B Stoichiometry

pH Introduction

pH Introduction

Strong & Weak

Strong & Weak

Acid Base Introduction

Acid Base Introduction

Q Extension

Q Extension

Q

Modeling: Reaching an Equilibrium

Modeling: Reaching an Equilibrium

Relating Kp to Kc

Relating Kp to Kc

Finding and Using an Equilibrium Constant

Finding and Using an Equilibrium Constant

Arrhenius Equation

Arrhenius Equation

Mechanisms & Rate Determining Steps

Mechanisms & Rate Determining Steps

Exam One Tutorial

Exam One Tutorial

Second Order Integrated Eq Examples

Second Order Integrated Eq Examples

First Order Integrated Eq Examples

First Order Integrated Eq Examples

Graphical Analysis of Rates

Graphical Analysis of Rates

Extra Practice Method of Initial Rates

Extra Practice Method of Initial Rates

Integrated Rate Laws

Integrated Rate Laws

Extra Practice Determining Reaction Rates

Extra Practice Determining Reaction Rates