Канал: David Perdian

Electrochemistry 7.11 Calculating Ecell

Electrochemistry 7.11 Calculating Ecell

Thermochemistry 1.3 Change in Energy & State Functions

Thermochemistry 1.3 Change in Energy & State Functions

Thermochemistry 1.6 Change in E for Rxns

Thermochemistry 1.6 Change in E for Rxns

Intro to Stoichiometry

Intro to Stoichiometry

Quantum Mechanics Part I

Quantum Mechanics Part I

Nuclear Chemistry 8.3 Isotope Review

Nuclear Chemistry 8.3 Isotope Review

Nuclear Chemistry 8.13 Nuclear Reaction Kinetics Example #2

Nuclear Chemistry 8.13 Nuclear Reaction Kinetics Example #2

Thermochemistry 1.4 1st Law of Thermodynamics

Thermochemistry 1.4 1st Law of Thermodynamics

Electrochemistry 7.15 Electrolysis & Corrosion

Electrochemistry 7.15 Electrolysis & Corrosion

Balancing Chemical Equations

Balancing Chemical Equations

Thermochemistry 1.1 Energy

Thermochemistry 1.1 Energy

Nuclear Chemistry 8.8 Alpha Decay of Am-241 in Smoke Detectors

Nuclear Chemistry 8.8 Alpha Decay of Am-241 in Smoke Detectors

Nuclear Chemistry 8.10 First Order Integrated Rate Law

Nuclear Chemistry 8.10 First Order Integrated Rate Law

Theoretical Yield

Theoretical Yield

Empirical Formula

Empirical Formula

Nuclear Chemistry 8.15 Nuclear Reaction Kinetics Example #3

Nuclear Chemistry 8.15 Nuclear Reaction Kinetics Example #3

Nuclear Chemistry 8.5 What keeps the nucleus together?

Nuclear Chemistry 8.5 What keeps the nucleus together?

Thermochemistry 1.7 Signs of dE, q, & w

Thermochemistry 1.7 Signs of dE, q, & w

Determining Theoretical Yield

Determining Theoretical Yield

Actual Yield & Percent Yield

Actual Yield & Percent Yield

Nuclear Chemistry 8.4 Radioactive Isotopes & Half Life

Nuclear Chemistry 8.4 Radioactive Isotopes & Half Life

Mass to Mass Conversions

Mass to Mass Conversions

Nuclear Chemistry 8.16 Fission Chain Reactions

Nuclear Chemistry 8.16 Fission Chain Reactions

The Scientific Method

The Scientific Method

Nuclear Chemistry 8.9 Balancing Nuclear Equations Examples

Nuclear Chemistry 8.9 Balancing Nuclear Equations Examples

Nuclear Chemistry 8.12 Nuclear Reaction Kinetics Example #1

Nuclear Chemistry 8.12 Nuclear Reaction Kinetics Example #1

Thermochemistry 1.2 Units of Energy

Thermochemistry 1.2 Units of Energy

Nuclear Chemistry 8.1 Radioactivity

Nuclear Chemistry 8.1 Radioactivity

Nuclear Chemistry 8.2 Nuclear Reactions

Nuclear Chemistry 8.2 Nuclear Reactions

Electrochemistry 7.14 Electroplating Example

Electrochemistry 7.14 Electroplating Example

Nuclear Chemistry 8.11 Half Life Examples

Nuclear Chemistry 8.11 Half Life Examples

Electrochemistry 7.13 Electroplating

Electrochemistry 7.13 Electroplating

Nuclear Chemistry 8.6 How were the elements made?

Nuclear Chemistry 8.6 How were the elements made?

Nuclear Chemistry 8.17 Energy from Nuclear Reactions

Nuclear Chemistry 8.17 Energy from Nuclear Reactions

Quantum Mechanics Part II

Quantum Mechanics Part II

Thermochemistry 1.1 Energy New

Thermochemistry 1.1 Energy New

Thermochemistry 1.5 System & Surroundings

Thermochemistry 1.5 System & Surroundings

Nuclear Chemistry 8.14 Carbon-14

Nuclear Chemistry 8.14 Carbon-14

Balancing Chemical Equation Example

Balancing Chemical Equation Example

Nuclear Chemistry 8.7 Types of Radiation

Nuclear Chemistry 8.7 Types of Radiation

Nuclear Chemistry 8.18 PET Scans

Nuclear Chemistry 8.18 PET Scans

Scanning Documents with CamScanner

Scanning Documents with CamScanner

Electrochemistry 7.12 Electrolytic Cells

Electrochemistry 7.12 Electrolytic Cells

Thermodynamics 6.13 Calculating Delta G

Thermodynamics 6.13 Calculating Delta G

Acids & Bases 4.23 Polyprotic Acids

Acids & Bases 4.23 Polyprotic Acids

Aqueous Equilibria 5.19 Common Ion Effect Examples

Aqueous Equilibria 5.19 Common Ion Effect Examples

Electrochemistry 7.10 Standard Reduction Potentials

Electrochemistry 7.10 Standard Reduction Potentials

Electrochemistry 7.5 Electron Transfer & Current

Electrochemistry 7.5 Electron Transfer & Current

Thermodynamics 6.12 Effect of Temperature on Delta G

Thermodynamics 6.12 Effect of Temperature on Delta G

Aqueous Equilibria 5.4 pH of a Buffer

Aqueous Equilibria 5.4 pH of a Buffer

Thermodynamics 6.2 Spontaneity vs Kinetics

Thermodynamics 6.2 Spontaneity vs Kinetics

Thermodynamics 6.15 Calculating Change in Entropy for a Reaction

Thermodynamics 6.15 Calculating Change in Entropy for a Reaction

Aqueous Equilibria 5.14 Ksp and Molar Solubility

Aqueous Equilibria 5.14 Ksp and Molar Solubility

Electrochemistry 7.2 Balancing Redox Rxns Example #1

Electrochemistry 7.2 Balancing Redox Rxns Example #1

Electrochemistry 7.7 Voltaic Cell Diagram

Electrochemistry 7.7 Voltaic Cell Diagram

Thermodynamics 6.8 Change in Entropy Examples

Thermodynamics 6.8 Change in Entropy Examples

Aqueous Equilibria 5.16 Calculating Ksp

Aqueous Equilibria 5.16 Calculating Ksp

Acids & Bases 4.21 Acidic Properties of Ions

Acids & Bases 4.21 Acidic Properties of Ions

Aqueous Equilibria 5.11 pKa & Ka from Titration Curves

Aqueous Equilibria 5.11 pKa & Ka from Titration Curves

Aqueous Equilibria 5.10 Weak Acid & Weak Base Titrations

Aqueous Equilibria 5.10 Weak Acid & Weak Base Titrations

Thermodynamics 6.5 Entropy

Thermodynamics 6.5 Entropy

Acids & Bases 4.22 pH of a Conjugate Base Anion

Acids & Bases 4.22 pH of a Conjugate Base Anion

Aqueous Equilibria 5.2 Buffer Examples

Aqueous Equilibria 5.2 Buffer Examples

Thermodynamics 6.14 3rd Law of Thermodynamics

Thermodynamics 6.14 3rd Law of Thermodynamics

Electrochemistry 7.9 Cell Potential

Electrochemistry 7.9 Cell Potential

Electrochemistry 7.6 Electrochemical Cells

Electrochemistry 7.6 Electrochemical Cells

Aqueous Equilibria 5.13 Diprotic Acid Titration

Aqueous Equilibria 5.13 Diprotic Acid Titration

Thermodynamics 6.10 Quantifying Change in Entropy

Thermodynamics 6.10 Quantifying Change in Entropy

Thermodynamics 6.3 Role of Change in Enthalpy

Thermodynamics 6.3 Role of Change in Enthalpy

Thermodynamics 6.9 Change in Entropy of System & Surroundings

Thermodynamics 6.9 Change in Entropy of System & Surroundings

Aqueous Equilibria 5.7 Buffer Range & Capacity

Aqueous Equilibria 5.7 Buffer Range & Capacity

Thermodynamics 6.11 Gibbs Free Energy

Thermodynamics 6.11 Gibbs Free Energy

Electrochemistry 7.8 Cell Notation

Electrochemistry 7.8 Cell Notation

Thermodynamics 6.4 Spontaneous Endothermic Processes

Thermodynamics 6.4 Spontaneous Endothermic Processes

Aqueous Equilibria 5.15 Calculating Molar Solubility

Aqueous Equilibria 5.15 Calculating Molar Solubility

Electrochemistry 7.3 Balancing Redox Reactions in Acidic Conditions

Electrochemistry 7.3 Balancing Redox Reactions in Acidic Conditions

Acids & Bases 4.19 pH of a Weak Base

Acids & Bases 4.19 pH of a Weak Base

Thermodynamics 6.16 Calculating dG Under Non Standard State Conditions

Thermodynamics 6.16 Calculating dG Under Non Standard State Conditions

Aqueous Equilibria 5.3 Henderson Hasselbalch Equation

Aqueous Equilibria 5.3 Henderson Hasselbalch Equation

Thermodynamics 6.6 Why does Entropy Increase?

Thermodynamics 6.6 Why does Entropy Increase?

Thermodynamics 6.1 Spontaneous vs Nonspontaneous Reactions

Thermodynamics 6.1 Spontaneous vs Nonspontaneous Reactions

Aqueous Equilibria 5.18 Calculating Solubility with Common Ion

Aqueous Equilibria 5.18 Calculating Solubility with Common Ion

Electrochemistry 7.1 Redox Reactions

Electrochemistry 7.1 Redox Reactions

Aqueous Equilibria 5.8 Titration Curves

Aqueous Equilibria 5.8 Titration Curves

Aqueous Equilibria 5.9 Strong Acid Strong Base Titrations

Aqueous Equilibria 5.9 Strong Acid Strong Base Titrations

Aqueous Equilibria 5.6 Calculating Change in pH

Aqueous Equilibria 5.6 Calculating Change in pH

Aqueous Equilibria 5.12 pKa & Ka from Titration Curve #2

Aqueous Equilibria 5.12 pKa & Ka from Titration Curve #2

Aqueous Equilibria 5.5 pka & pKb

Aqueous Equilibria 5.5 pka & pKb

Thermodynamics 6.7 Relationships with Entropy

Thermodynamics 6.7 Relationships with Entropy

Electrochemistry 7.4 Balancing Redox Reactions in Basic Conditions

Electrochemistry 7.4 Balancing Redox Reactions in Basic Conditions

Aqueous Equilibria 5.17 Common Ion Effect

Aqueous Equilibria 5.17 Common Ion Effect

Aqueous Equilibria 5.1 What is a Buffer?

Aqueous Equilibria 5.1 What is a Buffer?

Acids & Bases 4.18 pH of a Strong Base

Acids & Bases 4.18 pH of a Strong Base

Kinetics 2.11 Half Life

Kinetics 2.11 Half Life

Acids & Bases 4.3 Strong vs Weak Acids

Acids & Bases 4.3 Strong vs Weak Acids

Kinetics 2.4 Reaction Mechanisms

Kinetics 2.4 Reaction Mechanisms

Kinetics 2.3 Thermal Energy Distribution

Kinetics 2.3 Thermal Energy Distribution

Thermochemistry 1.16 Heat of Formation Reactions

Thermochemistry 1.16 Heat of Formation Reactions

Acids & Bases 4.1 Arrhenius Definition

Acids & Bases 4.1 Arrhenius Definition

Thermochemistry 1.17 Calculating Delta H

Thermochemistry 1.17 Calculating Delta H

Equilibrium 3.10 Simplifying Approximations

Equilibrium 3.10 Simplifying Approximations

Kinetics 2.2 Activation Energy

Kinetics 2.2 Activation Energy

Equilibrium 3.9 Using ICE to Solve for Eq Concentrations

Equilibrium 3.9 Using ICE to Solve for Eq Concentrations

Equilibrium 3.4 Heterogeneous Equilibrium

Equilibrium 3.4 Heterogeneous Equilibrium

Equilibrium 3.16 LCP Effect of Pressure and Volume Changes

Equilibrium 3.16 LCP Effect of Pressure and Volume Changes

Acids & Bases 4.7 What makes a base a base?

Acids & Bases 4.7 What makes a base a base?

Thermochemistry 1.14 Stoichiometry with dH

Thermochemistry 1.14 Stoichiometry with dH

Kinetics 2.12 Catalysis

Kinetics 2.12 Catalysis

Acids & Bases 4.12 Calculating pH from H3O+ and OH-

Acids & Bases 4.12 Calculating pH from H3O+ and OH-

Acids & Bases 4.10 Autoionization of Water

Acids & Bases 4.10 Autoionization of Water

Acids & Bases 4.15 pH of a Weak Acid

Acids & Bases 4.15 pH of a Weak Acid

Equilibrium 3.2 The Equilibrium Constant (K)

Equilibrium 3.2 The Equilibrium Constant (K)

Equilibrium 3.17 LCP Examples

Equilibrium 3.17 LCP Examples

Equilibrium 3.14 LCP Concentration Changes

Equilibrium 3.14 LCP Concentration Changes

Equilibrium 3.1 Dynamic Equilibrium

Equilibrium 3.1 Dynamic Equilibrium

Kinetics 2.8 Molecularity and Rate Constant

Kinetics 2.8 Molecularity and Rate Constant

Acids & Bases 4.6 Acid Strength

Acids & Bases 4.6 Acid Strength

Kinetics 2.13 Examples of Catalysts

Kinetics 2.13 Examples of Catalysts

Acids & Bases 4.20 Summary of Calculating pH

Acids & Bases 4.20 Summary of Calculating pH

Equilibrium 3.15 LCP Effect of Temperature

Equilibrium 3.15 LCP Effect of Temperature

Kinetics 2.9 Integrated Rate Law

Kinetics 2.9 Integrated Rate Law

Equilibrium 3.6 Using ICE Tables to Solve for K

Equilibrium 3.6 Using ICE Tables to Solve for K

Equilibrium 3.5 Calculating K

Equilibrium 3.5 Calculating K

Equilibrium 3.13 LeChatelier's Principle (LCP)

Equilibrium 3.13 LeChatelier's Principle (LCP)

Acids & Bases 4.9 Strong Acids and Bases

Acids & Bases 4.9 Strong Acids and Bases

Acids & Bases 4.4 What makes an acid an acid?

Acids & Bases 4.4 What makes an acid an acid?

Acids & Bases 4.11 pH Scale

Acids & Bases 4.11 pH Scale

Acids & Bases 4.2 Bronsted-Lowry Definition

Acids & Bases 4.2 Bronsted-Lowry Definition

Kinetics 2.7 Determining Rate Order and k

Kinetics 2.7 Determining Rate Order and k

Acids & Bases 4.17 Check x is small! Assumption

Acids & Bases 4.17 Check x is small! Assumption

Equilibrium 3.7 ICE Table & K Example #2

Equilibrium 3.7 ICE Table & K Example #2

Kinetics 2.1 The 3 Things... & PE Diagrams

Kinetics 2.1 The 3 Things... & PE Diagrams

Acids & Bases 4.5 The Acid Ionization Constant Ka

Acids & Bases 4.5 The Acid Ionization Constant Ka

Thermochemistry 1.15 Hess's Law

Thermochemistry 1.15 Hess's Law

Equilibrium 3 11 x is small! Example

Equilibrium 3 11 x is small! Example

Acids & Bases 4.13 pH of a Strong Acid

Acids & Bases 4.13 pH of a Strong Acid

Kinetics 2.10 Integrated Rate Law Example

Kinetics 2.10 Integrated Rate Law Example

Acids & Bases 4.14 Calculating H3O+ from pH

Acids & Bases 4.14 Calculating H3O+ from pH

Acids & Bases 4.16 Percent Error or Ionization Calculation

Acids & Bases 4.16 Percent Error or Ionization Calculation

Equilibrium 3.12 Reaction Quotient

Equilibrium 3.12 Reaction Quotient

Equilibrium 3.3 Kp

Equilibrium 3.3 Kp

Acids & Bases 4.8 Conjugate Pairs

Acids & Bases 4.8 Conjugate Pairs

Equilibrium 3.8 Solving for Equilibrium Concentrations

Equilibrium 3.8 Solving for Equilibrium Concentrations

Lipids 10.6 Lipoproteins

Lipids 10.6 Lipoproteins

Proteins 11.4 Denaturing & Protein Tests

Proteins 11.4 Denaturing & Protein Tests

Carbohydrates 9.2 Structures of Monosaccharides

Carbohydrates 9.2 Structures of Monosaccharides

Thermochemistry 1.5 Change in Energy for Reactions

Thermochemistry 1.5 Change in Energy for Reactions

Poll Everywhere Tutorial

Poll Everywhere Tutorial

Kahoot! Tutorial

Kahoot! Tutorial

Organic Chemistry 8.4

Organic Chemistry 8.4

Lipids 10 5 Hydrogenation & Saponification

Lipids 10 5 Hydrogenation & Saponification

Thermochemistry 1.3 1st Law of Thermodynamics

Thermochemistry 1.3 1st Law of Thermodynamics

Thermochemistry 1.2 - Change in Energy & State Functions

Thermochemistry 1.2 - Change in Energy & State Functions

Lipids 10.1 Fatty Acids

Lipids 10.1 Fatty Acids

Solutions 7.10

Solutions 7.10

Kinetics 2.6 Rate Law

Kinetics 2.6 Rate Law

Thermochemistry 1.1 - Energy

Thermochemistry 1.1 - Energy

Thermochemistry 1.11 Enthalpy

Thermochemistry 1.11 Enthalpy

Organic Chemistry 8.1

Organic Chemistry 8.1

Carbohydrates 9.4 Polysacchardies

Carbohydrates 9.4 Polysacchardies

Thermochemistry 1.8 Calculating q

Thermochemistry 1.8 Calculating q

Proteins 11.3 Petides & Protein Structure

Proteins 11.3 Petides & Protein Structure

Lipids 10.3 Phospholipids

Lipids 10.3 Phospholipids

Lipids 10.2 Waxes & Triacylglerides

Lipids 10.2 Waxes & Triacylglerides

Organic Chemistry 8.6

Organic Chemistry 8.6

Organic Chemistry 8 2

Organic Chemistry 8 2

Thermochemistry 1.4 Systems and Surroundings

Thermochemistry 1.4 Systems and Surroundings

Proteins 11.5 Enzymes

Proteins 11.5 Enzymes

Thermochemistry 1.6 Signs of Change in E, q, & w

Thermochemistry 1.6 Signs of Change in E, q, & w

Thermochemistry 1.9 Thermal Equilibrium Calculatgions

Thermochemistry 1.9 Thermal Equilibrium Calculatgions

Thermochemistry 1.7 Calculating Change in E and Quantifying q

Thermochemistry 1.7 Calculating Change in E and Quantifying q

Organic Chemistry 8.8

Organic Chemistry 8.8

Proteins 11.2 Zwitterion & Isoelectric Point

Proteins 11.2 Zwitterion & Isoelectric Point

Thermochemistry 1.10 PV Work

Thermochemistry 1.10 PV Work

Carbohydrates 9.1 Monosaccharides

Carbohydrates 9.1 Monosaccharides

Lipids 10.4 Steroids & Terpenes

Lipids 10.4 Steroids & Terpenes

Carboydrates 9.3 Disaccharides

Carboydrates 9.3 Disaccharides

Proteins 11.6 Coenzymes & Inhibitors

Proteins 11.6 Coenzymes & Inhibitors

Organic Chemistry 8.5

Organic Chemistry 8.5

Kinetics 2.5 Calculating Rate

Kinetics 2.5 Calculating Rate

Organic Chemistry 8.3

Organic Chemistry 8.3

Thermochemistry 1.13 Calorimetry

Thermochemistry 1.13 Calorimetry

Carbohydrates 9.5 Carbohydrate Tests

Carbohydrates 9.5 Carbohydrate Tests

Proteins 11.1 Amino Acids

Proteins 11.1 Amino Acids

Organic Chemistry 8.7

Organic Chemistry 8.7

Thermochemistry 1.12 PE & Enthalpy

Thermochemistry 1.12 PE & Enthalpy

Stoichiometry 5.2

Stoichiometry 5.2

Solutions 7.6

Solutions 7.6

Density

Density

Molecules & Compounds 4.3

Molecules & Compounds 4.3

Molecules & Compounds 4.2

Molecules & Compounds 4.2

Stoichiometry 5.1

Stoichiometry 5.1

Nuclear Reactions 3.1 (CHM 1032)

Nuclear Reactions 3.1 (CHM 1032)

Energy & Matter 6.2

Energy & Matter 6.2

Energy & Matter 6.5

Energy & Matter 6.5

Energy & Matter 6.1

Energy & Matter 6.1

Nuclear Reactions 3.3

Nuclear Reactions 3.3

The Atom & Subatomic Particles 2.1

The Atom & Subatomic Particles 2.1

Molecules & Compounds 4.9

Molecules & Compounds 4.9

Temperature

Temperature