Канал: Tommy Technetium Teaching

Chapter 14: First order kinetics problems

Chapter 14: First order kinetics problems

Chapter 15: Equilibrium - K, Q, and ICE charts

Chapter 15: Equilibrium - K, Q, and ICE charts

Chapter 15: Equilibrium - Introduction to equilibrium and Keq

Chapter 15: Equilibrium - Introduction to equilibrium and Keq

Chapter 14: Chemical Kinetics - Reaction mechanisms

Chapter 14: Chemical Kinetics - Reaction mechanisms

Chapter 14: Chemical Kinetics - Arrhenius Equation and Graphical Analysis

Chapter 14: Chemical Kinetics - Arrhenius Equation and Graphical Analysis

Chapter 14: Chemical Kinetics - zeroth, first, and second order kinetics

Chapter 14: Chemical Kinetics - zeroth, first, and second order kinetics

Chapter 14: Chemical Kinetics - Rate Laws

Chapter 14: Chemical Kinetics - Rate Laws

Chapter 14: Chemical Kinetics - Average rate and instantaneous rate

Chapter 14: Chemical Kinetics - Average rate and instantaneous rate

Chapter 14: Chemical Kinetics - rates of reaction and stoichiometry

Chapter 14: Chemical Kinetics - rates of reaction and stoichiometry

Chapter 13: Solutions - Colligative Properties

Chapter 13: Solutions - Colligative Properties

Chapter 13: Solutions - concentration calculations

Chapter 13: Solutions - concentration calculations

Chapter 13: Solutions - introduction

Chapter 13: Solutions - introduction

Chapter 12: Solids and Liquids - Introduction to Phase Diagrams

Chapter 12: Solids and Liquids - Introduction to Phase Diagrams

Chapter 12: Solids and Liquids - Vapor Pressure

Chapter 12: Solids and Liquids - Vapor Pressure

Chapter 12: Solids and Liquids - Enthalpy of Vaporization

Chapter 12: Solids and Liquids - Enthalpy of Vaporization

Chapter 11: Intermolecular Forces - Applications

Chapter 11: Intermolecular Forces - Applications

Chapter 11: Intermolecular Forces - hydrogen bonding

Chapter 11: Intermolecular Forces - hydrogen bonding

Chapter 11: Intermolecular Forces - Introduction

Chapter 11: Intermolecular Forces - Introduction

Chapter 10: Gases - Calculating the Molar Mass of a Gas

Chapter 10: Gases - Calculating the Molar Mass of a Gas

Chapter 10: Gases - Henry's Law

Chapter 10: Gases - Henry's Law

Chapter 10: Gases - Gas Law Problems

Chapter 10: Gases - Gas Law Problems

Chapter 10: Gases - Introduction to pressure

Chapter 10: Gases - Introduction to pressure

Experiments with Blue Morpho Butterfly Wings

Experiments with Blue Morpho Butterfly Wings

Setting up differential equations from chemical reaction mechanisms

Setting up differential equations from chemical reaction mechanisms

Quantitative Analysis of a Hydrated Salt: CHE 111: 2-8

Quantitative Analysis of a Hydrated Salt: CHE 111: 2-8

Chapter 15: Equilibrium - Using The Equilibrium Constant, part 2

Chapter 15: Equilibrium - Using The Equilibrium Constant, part 2

Chapter 15: Equilibrium - Using the Equilibrium Constant

Chapter 15: Equilibrium - Using the Equilibrium Constant

The Reaction Quotient, Q, and Equilibrium Constant, K

The Reaction Quotient, Q, and Equilibrium Constant, K

Chapter 15: Equilibrium - Using the Equilibrium Constant, K

Chapter 15: Equilibrium - Using the Equilibrium Constant, K

Acids and bases

Acids and bases

Molecular Orbital Theory: CHE 111 10-11

Molecular Orbital Theory: CHE 111 10-11

Hybridization theory and cis/trans isomerism: CHE 111 10-10

Hybridization theory and cis/trans isomerism: CHE 111 10-10

Bonding in Ethene, C2H4: CHE 111 10-9

Bonding in Ethene, C2H4: CHE 111 10-9

Hybridization Theory: CHE 111 10-8

Hybridization Theory: CHE 111 10-8

Molecular Polarity: CHE 111 10-7

Molecular Polarity: CHE 111 10-7

Bond Polarity CHE 111 10-6

Bond Polarity CHE 111 10-6

VSEPR: Octahedral Electronic Geometry CHE 111 10-5

VSEPR: Octahedral Electronic Geometry CHE 111 10-5

VSEPR: Trigonal Bipyramidal CHE 111 10-4

VSEPR: Trigonal Bipyramidal CHE 111 10-4

VSEPR: Tetrahedral Electronic Geometry CHE 111 10-3

VSEPR: Tetrahedral Electronic Geometry CHE 111 10-3

VSEPR: Linear and Trigonal Planar CHE 111 10-2

VSEPR: Linear and Trigonal Planar CHE 111 10-2

Introduction to VSEPR: CHE 111 10-1

Introduction to VSEPR: CHE 111 10-1

Ionic Bonding and Lattice Energy: CHE 111 9-7

Ionic Bonding and Lattice Energy: CHE 111 9-7

Resonance Structures: CHE 111 9-6

Resonance Structures: CHE 111 9-6

Formal Charge: CHE 111 9-5

Formal Charge: CHE 111 9-5

Bond Dissociation Energies: CHE 111 9-4

Bond Dissociation Energies: CHE 111 9-4

Bond order: CHE 111 9-3

Bond order: CHE 111 9-3

How to Draw Lewis Structures: CHE 111 9-2

How to Draw Lewis Structures: CHE 111 9-2

Introduction to Lewis Structures CHE 111 9-1

Introduction to Lewis Structures CHE 111 9-1

Periodic Trends in Ion Sizes: CHE 111 8-10

Periodic Trends in Ion Sizes: CHE 111 8-10

Periodic Trends in Electron Affinity and Electronegativity: CHE 111 8-9

Periodic Trends in Electron Affinity and Electronegativity: CHE 111 8-9

Periodic Trends in Ionization Energy: CHE 111 8-8

Periodic Trends in Ionization Energy: CHE 111 8-8

Periodic Trends in Atomic Radius CHE 111: 8-7

Periodic Trends in Atomic Radius CHE 111: 8-7

Effective Nuclear Charge: CHE 111 8-6

Effective Nuclear Charge: CHE 111 8-6

Electronic Configuration of Ions: CHE 111: 8-5

Electronic Configuration of Ions: CHE 111: 8-5

Valence and Core Electrons: CHE 111 8-4

Valence and Core Electrons: CHE 111 8-4

Electronic Configurations and the Periodic Table: CHE 111 8-3

Electronic Configurations and the Periodic Table: CHE 111 8-3

Introduction to Electronic Configurations: CHE 111: 8-2

Introduction to Electronic Configurations: CHE 111: 8-2

Aufbau Principle: CHE 111 8-1

Aufbau Principle: CHE 111 8-1

The Four Quantum Numbers: CHE 111: 7-8

The Four Quantum Numbers: CHE 111: 7-8

Introduction to the quantum mechanical model of the atom: CHE 111: 7-7

Introduction to the quantum mechanical model of the atom: CHE 111: 7-7

Bohr Model of the Atom part 2: CHE 111: 7-6

Bohr Model of the Atom part 2: CHE 111: 7-6

Bohr Model of the Atom Part 1: CHE 111 7-5

Bohr Model of the Atom Part 1: CHE 111 7-5

Calculating the frequency, energy per photon, & energy per kJ of photons of green light CHE 111: 7-4

Calculating the frequency, energy per photon, & energy per kJ of photons of green light CHE 111: 7-4

Electromagnetic spectrum CHE 111: 7-3

Electromagnetic spectrum CHE 111: 7-3

Enthalpy of combustion of propane CHE 111: 6-12

Enthalpy of combustion of propane CHE 111: 6-12

Standard enthalpy change of a reaction CHE 111: 6-11

Standard enthalpy change of a reaction CHE 111: 6-11

How to find elements in their standard states: CHE 111 6-10

How to find elements in their standard states: CHE 111 6-10

Standard Enthalpy of Formation: CHE 111 6-9

Standard Enthalpy of Formation: CHE 111 6-9

Hess's Law: CHE 111 6-8

Hess's Law: CHE 111 6-8

CHE 111 6-7: Enthalpy change to heat 1.0 gram of water 0 K to boiling at 373 K.

CHE 111 6-7: Enthalpy change to heat 1.0 gram of water 0 K to boiling at 373 K.

CHE 111 6-6: Enthalpy of phase changes part 2

CHE 111 6-6: Enthalpy of phase changes part 2

CHE 111 6-6: Enthalpy of phase changes

CHE 111 6-6: Enthalpy of phase changes

CHE 111 6-5: Energy in 1 gram of sucrose

CHE 111 6-5: Energy in 1 gram of sucrose

CHE 111 6-4: Introduction to Enthalpy

CHE 111 6-4: Introduction to Enthalpy

CHE 111 6-3: The Heat Equation

CHE 111 6-3: The Heat Equation

CHE 111 6-1: Introduction to Energy

CHE 111 6-1: Introduction to Energy

CHE 111 6-2: How much energy is in candy?

CHE 111 6-2: How much energy is in candy?

CHE 111 5-3: Solution concentration and stoichiometry

CHE 111 5-3: Solution concentration and stoichiometry

CHE 111 5-4: Introduction to pH

CHE 111 5-4: Introduction to pH

CHE 111 5-2: Diluting Stock solutions

CHE 111 5-2: Diluting Stock solutions

CHE 111 5-1: Solution Concentration - Molarity

CHE 111 5-1: Solution Concentration - Molarity

CHE 111 4-7: Oxidation Reduction Reactions

CHE 111 4-7: Oxidation Reduction Reactions

CHE 111 4-5: Introduction to Bases

CHE 111 4-5: Introduction to Bases

CHE 111 4-6: Neutralization Reactions

CHE 111 4-6: Neutralization Reactions

CHE 111 4-4: Introduction to Acids

CHE 111 4-4: Introduction to Acids

CHE 111 4-3: Complete and Net Ionic Equations

CHE 111 4-3: Complete and Net Ionic Equations

CHE 111 4-2: Solubility rules

CHE 111 4-2: Solubility rules

CHE 111 4-1: Introduction to solutions

CHE 111 4-1: Introduction to solutions

CHE 111 3-5: Stoichiometry and Chemical Analysis

CHE 111 3-5: Stoichiometry and Chemical Analysis

CHE 111 3-4: Theoretical yield, actual yield, and percent yield

CHE 111 3-4: Theoretical yield, actual yield, and percent yield

CHE 111 3-3: Limiting and Excess Reagents

CHE 111 3-3: Limiting and Excess Reagents

CHE 111 3-2: Stoichiometry and the Law of Conservation of Matter

CHE 111 3-2: Stoichiometry and the Law of Conservation of Matter

CHE 111 3-1: Introduction to chemical reactions and stoichiometry

CHE 111 3-1: Introduction to chemical reactions and stoichiometry

CHE 111 2-7: Molecules and the Mole

CHE 111 2-7: Molecules and the Mole

CHE 111 2-6: Naming Ionic and Binary Covalent Compounds

CHE 111 2-6: Naming Ionic and Binary Covalent Compounds

CHE 111 2-5: Introduction to Molecules and Ions

CHE 111 2-5: Introduction to Molecules and Ions

CHE 111 2-3: Isotopes

CHE 111 2-3: Isotopes

CHE 111 2-4: The Mole

CHE 111 2-4: The Mole

CHE 111 2-2: Basics of Atoms

CHE 111 2-2: Basics of Atoms

CHE 111 2-1: Basics of Matter

CHE 111 2-1: Basics of Matter

CHE 111 1-8: Significant Digits Part 3

CHE 111 1-8: Significant Digits Part 3

CHE 111 1-7: Significant Digits Part 2

CHE 111 1-7: Significant Digits Part 2

CHE 111 1-6: Significant Digits Part 1

CHE 111 1-6: Significant Digits Part 1

CHE 111 1-5: Scientific Notation

CHE 111 1-5: Scientific Notation

CHE 111 1-4: Derived Units of Measure Part 2 Speed & Density

CHE 111 1-4: Derived Units of Measure Part 2 Speed & Density

CHE 111 1-3: Derived Units of Measure Part 1 Area & Volume

CHE 111 1-3: Derived Units of Measure Part 1 Area & Volume

CHE111 1-2: Metric Prefixes

CHE111 1-2: Metric Prefixes

Measurement Basics & Temperature: CHE111 1-1:

Measurement Basics & Temperature: CHE111 1-1:

Electric Current and Chemical Reactions

Electric Current and Chemical Reactions

Electrolytic cells

Electrolytic cells

How to calculate the equilibrium constant from cell potential

How to calculate the equilibrium constant from cell potential

How to calculate the frequency of light from its wavelength

How to calculate the frequency of light from its wavelength

The Nernst Equation

The Nernst Equation

The Chemistry behind why AA batteries are listed at 1.5 V

The Chemistry behind why AA batteries are listed at 1.5 V

More information on voltaic cells

More information on voltaic cells

Reduction potentials, oxidizing agents, and reducing agents

Reduction potentials, oxidizing agents, and reducing agents

Calculating electrochemical cell potentials

Calculating electrochemical cell potentials

Light and Color

Light and Color

Experiments with Light

Experiments with Light

Calculating standard cell potential from standard reduction potentials

Calculating standard cell potential from standard reduction potentials

Balancing redox reactions

Balancing redox reactions

Oxidizing agents and reducing agents

Oxidizing agents and reducing agents

Oxidation, Reduction, and Oxidation Numbers

Oxidation, Reduction, and Oxidation Numbers

Simulated volcanic eruption using carbonated beverage and sand

Simulated volcanic eruption using carbonated beverage and sand

Simulation volcanic eruption with carbonated beverage and Mentos

Simulation volcanic eruption with carbonated beverage and Mentos

Wavelength of light given off by green and blue light

Wavelength of light given off by green and blue light

Introduction to Some Simple Ideas about Electromagnetic Radiation CHE 111: 7-2

Introduction to Some Simple Ideas about Electromagnetic Radiation CHE 111: 7-2

Writing Numbers in Scientific Notation

Writing Numbers in Scientific Notation

Chapter 17: Ksp problems

Chapter 17: Ksp problems

Chapter 17: Q, Ksp, and precipitation

Chapter 17: Q, Ksp, and precipitation

Chapter 17: Ksp and the common ion effect

Chapter 17: Ksp and the common ion effect

Chapter 17: Introduction to Ksp (solubility product constant)

Chapter 17: Introduction to Ksp (solubility product constant)

Chapter 18: LOTS of Problems with Gibbs Energy, Enthalpy, and Entropy

Chapter 18: LOTS of Problems with Gibbs Energy, Enthalpy, and Entropy

Chapter 18: Laws of Thermodynamics and Gibbs Energy

Chapter 18: Laws of Thermodynamics and Gibbs Energy

Chapter 18: Mathematical relationships between the Gibbs Energy, K and Q.

Chapter 18: Mathematical relationships between the Gibbs Energy, K and Q.

Chapter 18: Calculating the Gibbs Free Energy under Non Standard Conditions

Chapter 18: Calculating the Gibbs Free Energy under Non Standard Conditions

Measuring Sound Frequency with an Online Oscilloscope

Measuring Sound Frequency with an Online Oscilloscope

Simple sound experiments

Simple sound experiments

Chapter 18: The Rock Cycle, Climate, and Chemical Thermodynamics

Chapter 18: The Rock Cycle, Climate, and Chemical Thermodynamics

Chapter 18: Relationships Using The Gibbs Energy Equations

Chapter 18: Relationships Using The Gibbs Energy Equations

Chapter 18: Gibbs Energy, Enthalpy, Entropy, and Temperature

Chapter 18: Gibbs Energy, Enthalpy, Entropy, and Temperature

Chapter 18: Entropy of Matter

Chapter 18: Entropy of Matter

Chapter 18: Introduction to Enthalpy, Entropy, and Spontaneity

Chapter 18: Introduction to Enthalpy, Entropy, and Spontaneity

Wave Characteristics: Amplitude, Wavelength, and Frequency CHE 111: 7-1

Wave Characteristics: Amplitude, Wavelength, and Frequency CHE 111: 7-1

Titration problem: chapter 18 slide 9 problem 5

Titration problem: chapter 18 slide 9 problem 5

Buffer problem: Chapter 18 Slide 9, problem 4

Buffer problem: Chapter 18 Slide 9, problem 4

chapter 18 slide 9 problem 3

chapter 18 slide 9 problem 3

chapter 18 slide 9 problem 2

chapter 18 slide 9 problem 2

chapter 18 slide 9 problem 1

chapter 18 slide 9 problem 1

chapter 18 slide 8

chapter 18 slide 8

What is the Leidenfrost Effect?

What is the Leidenfrost Effect?

Too hot to boil?!

Too hot to boil?!

Ask Cougar Science Episode 1: Fire and Ice

Ask Cougar Science Episode 1: Fire and Ice

Scrub Daddy Science

Scrub Daddy Science