Канал: General Chemistry

21_04 Nuclear Binding Energy

21_04 Nuclear Binding Energy

21_02 Balancing Nuclear Reactions

21_02 Balancing Nuclear Reactions

21 06 Kinetics of Radioactive Decay

21 06 Kinetics of Radioactive Decay

21_05 Natural Radioactivity

21_05 Natural Radioactivity

21_03 Nuclear Stability

21_03 Nuclear Stability

21_01 Nuclear Chemistry

21_01 Nuclear Chemistry

15 09A Complex Ion Formation

15 09A Complex Ion Formation

11B Polysaccharides

11B Polysaccharides

14.11D Acid Base Properties of Salts Classification Again

14.11D Acid Base Properties of Salts Classification Again

02_06: Predicting Monoatomic Ion Charges

02_06: Predicting Monoatomic Ion Charges

BufferProblem3

BufferProblem3

BufferProblem2

BufferProblem2

BufferProblem1

BufferProblem1

Calculating K from the K of Given Reactions

Calculating K from the K of Given Reactions

Rate Law from Mechanism

Rate Law from Mechanism

09 Working Acid Base Titrations

09 Working Acid Base Titrations

March 30 Zoom

March 30 Zoom

Class Time 03 15 2021

Class Time 03 15 2021

08 Arrhenius Equation

08 Arrhenius Equation

07 Integrated Rate Laws

07 Integrated Rate Laws

06 Rate Law

06 Rate Law

05 Rate Expression

05 Rate Expression

04 Determine Molar Mass

04 Determine Molar Mass

03 Calculate m from Tb part 2

03 Calculate m from Tb part 2

01 Calculating Osmotic Pressure

01 Calculating Osmotic Pressure

02 Calculate m from Tb part 1

02 Calculate m from Tb part 1

Buffer Class F2020 v2

Buffer Class F2020 v2

Your Grade F2020

Your Grade F2020

Ranking species in HCl

Ranking species in HCl

Quantum Numbers and Number of Electrons

Quantum Numbers and Number of Electrons

04_04B Writing Precipitation Reaction supplement

04_04B Writing Precipitation Reaction supplement

06_18B Isoelectronic

06_18B Isoelectronic

04_02 Solubility Rules

04_02 Solubility Rules

01_00 Introduction to Chemistry

01_00 Introduction to Chemistry

14 22_A titration butanoic acid and NaOH

14 22_A titration butanoic acid and NaOH

14_07B Calculations of pH of Weak Base Solutions

14_07B Calculations of pH of Weak Base Solutions

14.12B Lewis Acids and Bases

14.12B Lewis Acids and Bases

15_07 Selective Precipitation (Correction)

15_07 Selective Precipitation (Correction)

14.11C Acid-Base Properties of Salts In-Class Activity

14.11C Acid-Base Properties of Salts In-Class Activity

14_19 Acid Base Titrations Part 2 v2

14_19 Acid Base Titrations Part 2 v2

14_18 Acid Base Titrations Part 1

14_18 Acid Base Titrations Part 1

Calculating the pH of a salt solution

Calculating the pH of a salt solution

14_14 Buffer Calculations v2

14_14 Buffer Calculations v2

Miscellaneous Example Problems From Review 10/24

Miscellaneous Example Problems From Review 10/24

14.12.5 Lewis Acids and Bases

14.12.5 Lewis Acids and Bases

14.12 Polyprotic Acids

14.12 Polyprotic Acids

14_08 Acid Strength and Molecular Structure

14_08 Acid Strength and Molecular Structure

14.07B Calculations of Weak Bases

14.07B Calculations of Weak Bases

16_10 Standard Free Energy and Equilibrium

16_10 Standard Free Energy and Equilibrium

16_08 Free Energy Part 1_v2

16_08 Free Energy Part 1_v2

07_04 B Born-Haber Cycle Examples

07_04 B Born-Haber Cycle Examples

12_09 Arrhenius Equation v2

12_09 Arrhenius Equation v2

11_04 Units of Concentration

11_04 Units of Concentration

06_17 Ions Electron Configuration and Magnetic Properties

06_17 Ions Electron Configuration and Magnetic Properties

10_12 Crystalline Solids

10_12 Crystalline Solids

10_12B Calculations Using Unit Cells

10_12B Calculations Using Unit Cells

O4_07.5 Nuclear Reactions

O4_07.5 Nuclear Reactions

04_08 Reaction Quantities

04_08 Reaction Quantities

04_11 Solution Stoichiometry and Titrations

04_11 Solution Stoichiometry and Titrations

04 _10 Percentage Yield

04 _10 Percentage Yield

04_09 Limiting Reactants

04_09 Limiting Reactants

04_08 Chemical Quantities

04_08 Chemical Quantities

07_02 Lattice Energy Definition and Magnitude

07_02 Lattice Energy Definition and Magnitude

15.06_C molar solubility Cu(OH)2 acid buffer

15.06_C molar solubility Cu(OH)2 acid buffer

14.22_B titration butanoic acid and NaOH

14.22_B titration butanoic acid and NaOH

15.04_B molar solubility BaCrO4 with common ion

15.04_B molar solubility BaCrO4 with common ion

15_04_A molar solubility BaCrO4

15_04_A molar solubility BaCrO4

15.06_B molar solubility Cu(OH)2 base buffer

15.06_B molar solubility Cu(OH)2 base buffer

15.06_A molar solubility Cu(OH)2

15.06_A molar solubility Cu(OH)2

14.23_B_titration weak base strong acid

14.23_B_titration weak base strong acid

14.23_A titration weak base strong acid

14.23_A titration weak base strong acid

14.22_H titration butanoic acid and NaOH

14.22_H titration butanoic acid and NaOH

14.22_F titration butanoic acid and NaOH

14.22_F titration butanoic acid and NaOH

14.22_G titration butanoic acid and NaOH

14.22_G titration butanoic acid and NaOH

14.22_C titration butanoic acid and NaOH

14.22_C titration butanoic acid and NaOH

14.22_D titration butanoic acid and NaOH

14.22_D titration butanoic acid and NaOH

Molar Solubility of BaCrO4 (Part B)

Molar Solubility of BaCrO4 (Part B)

Molar Solubility of BaCrO4 (Part A)

Molar Solubility of BaCrO4 (Part A)

Part c Butanoic Acid NaOH Titration m4v Source

Part c Butanoic Acid NaOH Titration m4v Source

Part b Butanoic Acid NaOH Titration

Part b Butanoic Acid NaOH Titration

Part g and h Butanoic Acid NaOH Titration m4v Source

Part g and h Butanoic Acid NaOH Titration m4v Source

Part f Butanoic Acid NaOH Titration

Part f Butanoic Acid NaOH Titration

Part a Butanoic Acid NaOH Titration

Part a Butanoic Acid NaOH Titration

Intro to Buatnoic Acid NaOH Titration

Intro to Buatnoic Acid NaOH Titration

17_08 Electrolysis

17_08 Electrolysis

17_05 Standard Cell Potential

17_05 Standard Cell Potential

17_07 Cell Potential and Concentration

17_07 Cell Potential and Concentration

17_09 Electrolysis Calculations

17_09 Electrolysis Calculations

17_06 Connections Between E° ΔG° K

17_06 Connections Between E° ΔG° K

17_02 Balancing Redox Reactions

17_02 Balancing Redox Reactions

17_03 Voltaic Cells

17_03 Voltaic Cells

17_04 Standard Electrode Potential

17_04 Standard Electrode Potential

17_01 Introduction to Electrochemistry

17_01 Introduction to Electrochemistry

17.02B Balancing Redox Example

17.02B Balancing Redox Example

15_03 The Common Ion Effect

15_03 The Common Ion Effect

15_10 Increasing Solubility via Complex Ion Formation

15_10 Increasing Solubility via Complex Ion Formation

15_09B Complex Ion Calculations

15_09B Complex Ion Calculations

15_02 Molar Solubility and Ksp

15_02 Molar Solubility and Ksp

15_08 Lewis Acids and Bases

15_08 Lewis Acids and Bases

15_01 Introduction to Solubility Equilibria

15_01 Introduction to Solubility Equilibria

15_05 pH and Solubility

15_05 pH and Solubility

14_21 Indicators

14_21 Indicators

14_20 Acid Base Titrations Part 3

14_20 Acid Base Titrations Part 3

14_16 Buffer Action Part 2

14_16 Buffer Action Part 2

14_13 Buffers and the Common Ion Effect

14_13 Buffers and the Common Ion Effect

14_17 Buffer Preparation

14_17 Buffer Preparation

14_15 Buffer Action Part 1

14_15 Buffer Action Part 1

pH at the Equivalence Point (b)

pH at the Equivalence Point (b)

pH at the Equivalence Point (a)

pH at the Equivalence Point (a)

pH of a buffer

pH of a buffer

Calculate the pH of Buffer with added KOH

Calculate the pH of Buffer with added KOH

Calculate the pH of Buffer with added HCl

Calculate the pH of Buffer with added HCl

pH and percent ionization of acetic acid

pH and percent ionization of acetic acid

14_11 Acid Base Properties of Salts Overview

14_11 Acid Base Properties of Salts Overview

14.11B Acid Base Properties Supplemental Video

14.11B Acid Base Properties Supplemental Video

14_10 Acid Base Properties of Ions and Salts Part 2

14_10 Acid Base Properties of Ions and Salts Part 2

14_09 Acid Base Properties of Ions and Salts Part 1

14_09 Acid Base Properties of Ions and Salts Part 1

Pressure of oxygen gas from copper(II) oxide decomposition

Pressure of oxygen gas from copper(II) oxide decomposition

Total Pressure of A and B in the Reaction Vessel

Total Pressure of A and B in the Reaction Vessel

14_07 Strong & Weak Bases

14_07 Strong & Weak Bases

14_06 Mixtures of Acids

14_06 Mixtures of Acids

14_05 Calculations for Strong & Weak Acids

14_05 Calculations for Strong & Weak Acids

14_04 Acid Strength

14_04 Acid Strength

14_01 Acid Base Equilibria Introduction

14_01 Acid Base Equilibria Introduction

14.03B pH Calculations Supplemental

14.03B pH Calculations Supplemental

14_03 The pH Scale

14_03 The pH Scale

14_02 Autoionization of Water

14_02 Autoionization of Water

13_07 Le Chatelier's Principle

13_07 Le Chatelier's Principle

13_08 Equilibrium Calculations

13_08 Equilibrium Calculations

13_06 Heterogeneous Equilibria

13_06 Heterogeneous Equilibria

13_05 The Reaction Quotient

13_05 The Reaction Quotient

13_04 Kc vs Kp

13_04 Kc vs Kp

13_01 Fundamental Equilibrium Concepts

13_01 Fundamental Equilibrium Concepts

13_03 The Equilibrium Constant, K pt 2

13_03 The Equilibrium Constant, K pt 2

13_02 The Equilibrium Constant, K pt 1

13_02 The Equilibrium Constant, K pt 1

12_11 The Catalyst

12_11 The Catalyst

12_10 Reaction Mechanisms

12_10 Reaction Mechanisms

12_04 Determination of Rate Law

12_04 Determination of Rate Law

Creating and Using a Rate Expression

Creating and Using a Rate Expression

12.09 The Arrhenius Equation

12.09 The Arrhenius Equation

12_01 Chemical Kinetics

12_01 Chemical Kinetics

12_08 Collision Theory

12_08 Collision Theory

12_05 Integrated Rate Law Part 1

12_05 Integrated Rate Law Part 1

12_07 Integrated Rate Law Part 3

12_07 Integrated Rate Law Part 3

12_06 Integrated Rate Law Part 2

12_06 Integrated Rate Law Part 2

12_02 The Rate Expression

12_02 The Rate Expression

12_03 The Rate Law

12_03 The Rate Law

11_02 Energetics of Solution Formation

11_02 Energetics of Solution Formation

11_09 Colligative Properties Part 3

11_09 Colligative Properties Part 3

11_08 Colligative Properties Part 2

11_08 Colligative Properties Part 2

11_05 Conversions Between Concentration Units

11_05 Conversions Between Concentration Units

11_01 Solutions, an Introduction

11_01 Solutions, an Introduction

11_05B Conversion from Molarity to Molality

11_05B Conversion from Molarity to Molality

11_07 Colligative Properties Part 1

11_07 Colligative Properties Part 1

11_10 Colligative Properties Part 4

11_10 Colligative Properties Part 4

11_03 Solubility Equilibria

11_03 Solubility Equilibria

11_06 Concentration of Particles

11_06 Concentration of Particles

11.11 Example Problem

11.11 Example Problem

Thermodynamics of decomposition of KClO3

Thermodynamics of decomposition of KClO3

16_05 The Third Law of Thermodynamics

16_05 The Third Law of Thermodynamics

16_06 Calculating Gibbs Free Energy Change for a Reaction

16_06 Calculating Gibbs Free Energy Change for a Reaction

16_04 Gibbs Free Energy

16_04 Gibbs Free Energy

16_03 The Second Law of Thermodynamics

16_03 The Second Law of Thermodynamics

16_02 Entropy

16_02 Entropy

16_09 Standard vs Nonstandard Free Energy Change Part 2

16_09 Standard vs Nonstandard Free Energy Change Part 2

16_01 Thermodynamics

16_01 Thermodynamics

16_08 Standard vs Nonstandard Free Energy Change Part 1

16_08 Standard vs Nonstandard Free Energy Change Part 1

16_07 Why Free Energy is Free

16_07 Why Free Energy is Free

PeerLeadTeamLearning

PeerLeadTeamLearning

Using Excel to Plot a Linear Graph

Using Excel to Plot a Linear Graph

Heating Curve Problem

Heating Curve Problem

Unit Cell Calculation of Gold

Unit Cell Calculation of Gold

10_08 Temperature and Vapor Pressure without the two point Equation

10_08 Temperature and Vapor Pressure without the two point Equation

05_07A Calorimetry Problems

05_07A Calorimetry Problems

05 01 First Law of Thermodynamics Part 1

05 01 First Law of Thermodynamics Part 1

04_05 Acid Base Reactions and Equations

04_05 Acid Base Reactions and Equations

Molarity to Molality converstion

Molarity to Molality converstion

05 00B Units of Energy

05 00B Units of Energy

10_05 Intermolecular Force Part 3

10_05 Intermolecular Force Part 3

10_02 Lattice Energy

10_02 Lattice Energy

05_00 Introduction to Thermochemistry

05_00 Introduction to Thermochemistry

07_01 Introduction to Bonding

07_01 Introduction to Bonding

00 Classification Elements Compounds

00 Classification Elements Compounds

Problem Solving

Problem Solving

10_13 Types of Crystalline Solids

10_13 Types of Crystalline Solids

10_10 Heating and Cooling

10_10 Heating and Cooling

10_11 Phase Diagrams

10_11 Phase Diagrams

10_09 Sublimation and Fusion

10_09 Sublimation and Fusion

10_08 Temperature and Vapor Pressure

10_08 Temperature and Vapor Pressure

10_07 Vapor Pressure

10_07 Vapor Pressure

10_06 Vaporization

10_06 Vaporization

10_01 Liquids and Solids

10_01 Liquids and Solids

10_04 Intermolecular Forces Part 2

10_04 Intermolecular Forces Part 2

10_03 Intermolecular Forces Part 1

10_03 Intermolecular Forces Part 1

03 08 Molality, Percent, ppm and ppb Concentration Units

03 08 Molality, Percent, ppm and ppb Concentration Units

03_09 Mole Fraction and Conversion between Concentration Units

03_09 Mole Fraction and Conversion between Concentration Units

04_01 Balancing Chemical Equations

04_01 Balancing Chemical Equations

03_01 Molar Mass

03_01 Molar Mass

Recitation Reading a Science Textbook

Recitation Reading a Science Textbook

On-Line General College Chemistry Introduction

On-Line General College Chemistry Introduction