Канал: Dr. K's Chemistry

TWIC 5

TWIC 5

RC TWIC 4

RC TWIC 4

TWIC 3 Chem 3A F23

TWIC 3 Chem 3A F23

TWIC 2 - Chem 3A F23

TWIC 2 - Chem 3A F23

Cookie project

Cookie project

SHS Finding and Turning In Assignments

SHS Finding and Turning In Assignments

SHS Welcom and Syllabus

SHS Welcom and Syllabus

Homework

Homework

Syllabus

Syllabus

Using video resources

Using video resources

Scanning documents (non iPhone)

Scanning documents (non iPhone)

Uploading homework (iPhone)

Uploading homework (iPhone)

Logger Pro Titration Curve Analysis

Logger Pro Titration Curve Analysis

Exp 18C - Recrystallization

Exp 18C - Recrystallization

Measuring Rates (Revised)

Measuring Rates (Revised)

05 Ch Transition Metals Nomenclature

05 Ch Transition Metals Nomenclature

01 Ch Transition Metals Introduction and Review

01 Ch Transition Metals Introduction and Review

03 Ch Transition Metals Coordination Compounds

03 Ch Transition Metals Coordination Compounds

02 Ch Transition Metals Properties

02 Ch Transition Metals Properties

04 Ch Transition Metals Isomers

04 Ch Transition Metals Isomers

06 Ch Transition Metals Crystal Field Theory

06 Ch Transition Metals Crystal Field Theory

10 Ch 14 Colligative Properties

10 Ch 14 Colligative Properties

06 Ch 14 converting concentration units

06 Ch 14 converting concentration units

11 Ch 14 Colloids

11 Ch 14 Colloids

09 Ch 14 Raoults Law and Solution Partial Pressures

09 Ch 14 Raoults Law and Solution Partial Pressures

01 Ch 14 Introduction and Solubility Terms

01 Ch 14 Introduction and Solubility Terms

08 Ch 14 Henry's Law and Gas solubility

08 Ch 14 Henry's Law and Gas solubility

05 Ch 14 concentration calculations

05 Ch 14 concentration calculations

04 Ch 14 energy of solution formation

04 Ch 14 energy of solution formation

07 Ch 14 intermolecular forces and solution formation

07 Ch 14 intermolecular forces and solution formation

02 Ch 14 Rate of dissolution

02 Ch 14 Rate of dissolution

03 Ch 14 calculating mass of precipitate

03 Ch 14 calculating mass of precipitate

3A Titration

3A Titration

04 Ch 21 Detecting radiation, half life, dating, nuclear energy, health effect

04 Ch 21 Detecting radiation, half life, dating, nuclear energy, health effect

02 Ch 21 Energy Calculations

02 Ch 21 Energy Calculations

01 Ch 21 Nuclear Chem Review

01 Ch 21 Nuclear Chem Review

03 Ch 21 Decay Particles, nuclear decay, predicting stability

03 Ch 21 Decay Particles, nuclear decay, predicting stability

06 Ch 13 Crystalline Solids

06 Ch 13 Crystalline Solids

$01 Ch 13 Introduction and X ray Diffraction$

01 Ch 13 Introduction and X ray Diffraction

07 Ch 13 Network Covalent Solids

07 Ch 13 Network Covalent Solids

08 Ch 13 Semiconductors

08 Ch 13 Semiconductors

09 Ch 13 Polymers

09 Ch 13 Polymers

03 Ch 13 Cubic Unit Cells

03 Ch 13 Cubic Unit Cells

02 Ch 13 Unit Cells and The Crystal Lattice

02 Ch 13 Unit Cells and The Crystal Lattice

05 Ch 13 hexagonal closest packed

05 Ch 13 hexagonal closest packed

04 Ch 13 relating density to unit cell data

04 Ch 13 relating density to unit cell data

07 Ch 12 Vapor pressure Curves

07 Ch 12 Vapor pressure Curves

09 Ch 12 Heating Curves

09 Ch 12 Heating Curves

02 Ch 12 Intermolecular forces

02 Ch 12 Intermolecular forces

10 Ch 12 Phase Diagrams

10 Ch 12 Phase Diagrams

06 Ch 12 Vaporization, Condensation, and Vapor Pressure

06 Ch 12 Vaporization, Condensation, and Vapor Pressure

01 Ch 12 States of Matter Review

01 Ch 12 States of Matter Review

08 Ch 12 Clausius Clapeyron Problem 51

08 Ch 12 Clausius Clapeyron Problem 51

04 Ch 12 Viscosity and Surface Tension

04 Ch 12 Viscosity and Surface Tension

03 Ch 12 Evaluating Intermolecular forces

03 Ch 12 Evaluating Intermolecular forces

05 Ch 12 Capillary Action

05 Ch 12 Capillary Action

09 Ch20 Batteries

09 Ch20 Batteries

07 Ch20 The Nernst Equation

07 Ch20 The Nernst Equation

10 Ch20 Electrolysis

10 Ch20 Electrolysis

02 Ch20 Balancing Redox Reactions

02 Ch20 Balancing Redox Reactions

11 Ch20 Corrosion

11 Ch20 Corrosion

06 Ch20 cell notation

06 Ch20 cell notation

08 Ch20 Voltaic Cells

08 Ch20 Voltaic Cells

04 Ch20 standard reduction potentials

04 Ch20 standard reduction potentials

05 Ch20 standard reduction examples

05 Ch20 standard reduction examples

03 Ch20 from redox reactions to batteries

03 Ch20 from redox reactions to batteries

01 Ch20 Electrochemistry Intro

01 Ch20 Electrochemistry Intro

Wks 18 #16

Wks 18 #16

13 Ch 11 Homonuclear Diatomic MO theory

13 Ch 11 Homonuclear Diatomic MO theory

01 Ch 11 VSEPR Theory

01 Ch 11 VSEPR Theory

14 Ch 11 Heternuclear diatomics and ions

14 Ch 11 Heternuclear diatomics and ions

09 Ch 11 VB sp2 and pi bond examples

09 Ch 11 VB sp2 and pi bond examples

07 Ch 11 VB hybridization and orbital mixing

07 Ch 11 VB hybridization and orbital mixing

12 Ch 11 Molecular Orbital Theory

12 Ch 11 Molecular Orbital Theory

06 Ch 11 VB Theory wo hybridization

06 Ch 11 VB Theory wo hybridization

11 Ch 11 VB expanded octets

11 Ch 11 VB expanded octets

05 Ch 11 Valence Bond Theory Intro

05 Ch 11 Valence Bond Theory Intro

04 Ch 11 molecular polarity

04 Ch 11 molecular polarity

10 Ch 11 VB sp and pi bond examples

10 Ch 11 VB sp and pi bond examples

08 Ch 11 VB sp3 hybridization examples

08 Ch 11 VB sp3 hybridization examples

03 Ch 11 VSEPR with multiple centers

03 Ch 11 VSEPR with multiple centers

02 Ch 11 representing 3D on paper

02 Ch 11 representing 3D on paper

08 Ch 10 Octet rule vs Formal Charge

08 Ch 10 Octet rule vs Formal Charge

11 Ch 10 Electronegativity and bond polarity

11 Ch 10 Electronegativity and bond polarity

12 Ch 10 Bond Energies and Reaction Enthalpies

12 Ch 10 Bond Energies and Reaction Enthalpies

10 Ch 10 Octet exceptions

10 Ch 10 Octet exceptions

03 Ch 10 Lewis Dot and Lattice Energy

03 Ch 10 Lewis Dot and Lattice Energy

02 Ch 10 Covalent and Ionic Bonds

02 Ch 10 Covalent and Ionic Bonds

06 Ch 10 Formal Charge and structure stability

06 Ch 10 Formal Charge and structure stability

04 Ch 10 Lewis Structures of Covalent Compounds

04 Ch 10 Lewis Structures of Covalent Compounds

05 Ch 10 Resonance

05 Ch 10 Resonance

07 Ch 10 Formal Charge and Lewis Dot

07 Ch 10 Formal Charge and Lewis Dot

09 Ch 10 Lone Pairs, Bonding Pairs, Electron Groups

09 Ch 10 Lone Pairs, Bonding Pairs, Electron Groups

01 Ch 10 The Lewis Model Introduction

01 Ch 10 The Lewis Model Introduction

WS 10a Lewis Structures Instructions

WS 10a Lewis Structures Instructions

Exp 4x Overview

Exp 4x Overview

08 Finishing the Ashing Process

08 Finishing the Ashing Process

04 Handling Crucibles

04 Handling Crucibles

06 Heating a Crucible and Cover for Constant Mass

06 Heating a Crucible and Cover for Constant Mass

09 Folding Filter Paper and Setting Up Funnels

09 Folding Filter Paper and Setting Up Funnels

07 Starting the Ashing Process

07 Starting the Ashing Process

10 Folding the Filterpaper with Sample Filtrate

10 Folding the Filterpaper with Sample Filtrate

03 Adjusting the iron ring height to heat water

03 Adjusting the iron ring height to heat water

05 Shutting off the Bunsen burner

05 Shutting off the Bunsen burner

02 Lighting and adjusting the Bunsen Burner

02 Lighting and adjusting the Bunsen Burner

01 Iron Ring Beaker Support

01 Iron Ring Beaker Support

01 Ch 19 Review and Overview

01 Ch 19 Review and Overview

02 Ch 19 The Second Law

02 Ch 19 The Second Law

04 Ch 19 Entropy of reactions and spontaneity

04 Ch 19 Entropy of reactions and spontaneity

08 Ch 19 Calculating dG at different temperatures

08 Ch 19 Calculating dG at different temperatures

10 Ch 19 Relating K to dG

10 Ch 19 Relating K to dG

11 Ch 19 The Van't hoff plot for finding free energy

11 Ch 19 The Van't hoff plot for finding free energy

07 Ch 19 Using Reference Tables to Calculate dH dS and dG

07 Ch 19 Using Reference Tables to Calculate dH dS and dG

03 Ch 19 Entropy in Chemical Reactions

03 Ch 19 Entropy in Chemical Reactions

09 Ch 19 Nonstandard Concentrations and Temperatures

09 Ch 19 Nonstandard Concentrations and Temperatures

05 Ch 19 Calculating spontaneity from dH and dS

05 Ch 19 Calculating spontaneity from dH and dS

06 Ch 19 Using dH and dS to Calculate Spontaneity Changes

06 Ch 19 Using dH and dS to Calculate Spontaneity Changes

10 Ch 9 Ionization Energy

10 Ch 9 Ionization Energy

11 Ch 9 Electron Affinity and Metallic Character

11 Ch 9 Electron Affinity and Metallic Character

09 Ch 9 Ion Radius

09 Ch 9 Ion Radius

08 Ch 9 Magnetism

08 Ch 9 Magnetism

07 Ch 9 Atomic Radius

07 Ch 9 Atomic Radius

05 Ch 9 Electron Configurations and the Periodic Table

05 Ch 9 Electron Configurations and the Periodic Table

06 Ch 9 Effective Nuclear Charge

06 Ch 9 Effective Nuclear Charge

04 Ch 9 Electron Configurations and Valence Electrons

04 Ch 9 Electron Configurations and Valence Electrons

03 Ch 9 Aufbau Principle

03 Ch 9 Aufbau Principle

01 Ch 9 Periodic Properties Intro

01 Ch 9 Periodic Properties Intro

02 Ch 9 Intro to Electron Configurations

02 Ch 9 Intro to Electron Configurations

11 Ch 8 Wavefunction and orbtial structures

11 Ch 8 Wavefunction and orbtial structures

04 Ch 8 Photoelectric effect

04 Ch 8 Photoelectric effect

09 Ch 8 Wave equations

09 Ch 8 Wave equations

05 Ch 8 The Bohr Model

05 Ch 8 The Bohr Model

01 Ch 8 Electromagnetism and light

01 Ch 8 Electromagnetism and light

08 Ch 8 Matter Waves

08 Ch 8 Matter Waves

10 Ch 8 Summary of Second half

10 Ch 8 Summary of Second half

07 Ch 8 Wave properties of Matter

07 Ch 8 Wave properties of Matter

$03 Ch 8 Waves Interference and diffraction$

03 Ch 8 Waves Interference and diffraction

06 Ch 8 Summary of First half

06 Ch 8 Summary of First half

02 Ch 8 frequency and wavelength calculations

02 Ch 8 frequency and wavelength calculations

22 Ch 18 Complex Ions

22 Ch 18 Complex Ions

21 Ch 18 Selective Precipitation

21 Ch 18 Selective Precipitation

20 Ch 18 Solubility Curves

20 Ch 18 Solubility Curves

19 Ch 18 When does pH affect insoluble compounds

19 Ch 18 When does pH affect insoluble compounds

18 Ch 18 Solubility Buffers

18 Ch 18 Solubility Buffers

17 Ch 18 Solubility - How Much Precipitates

17 Ch 18 Solubility - How Much Precipitates

16 Ch 18 Does it precipitate

16 Ch 18 Does it precipitate

15 Ch 18 The Common Ion Effect

15 Ch 18 The Common Ion Effect

14 Ch 18 Calculating Ksp from data

14 Ch 18 Calculating Ksp from data

13 Ch 18 Calculating molar solubility from Ksp

13 Ch 18 Calculating molar solubility from Ksp

12 Ch 18 Solubility Product Introduction

12 Ch 18 Solubility Product Introduction

12 Ch 7 Standard Enthalpies

12 Ch 7 Standard Enthalpies

11 Ch 7 Hess's Law

11 Ch 7 Hess's Law

10 Ch 7 Constant Pressure Calorimetry

10 Ch 7 Constant Pressure Calorimetry

08 Ch 7 More calorimetry examples

08 Ch 7 More calorimetry examples

09 Ch 7 Enthalpy and Thermochemical Equations

09 Ch 7 Enthalpy and Thermochemical Equations

07 Ch 7 Bomb Calorimetery

07 Ch 7 Bomb Calorimetery

06 Ch 7 Quantifying energy P V work

06 Ch 7 Quantifying energy P V work

05 Ch 7 Quantifying energy changes and specific heat

05 Ch 7 Quantifying energy changes and specific heat

01 Ch 7 Thermochemistry introduction

01 Ch 7 Thermochemistry introduction

03 Ch 7 System and Surrounding

03 Ch 7 System and Surrounding

02 Ch 7 Energy Units

02 Ch 7 Energy Units

04 Ch 7 State Functions

04 Ch 7 State Functions

Experiment 18a Procedure

Experiment 18a Procedure

Experiment 18a introduction

Experiment 18a introduction

Exp 5g Tartaric Acid

Exp 5g Tartaric Acid

07 Ch 18 Selecting an Indicator

07 Ch 18 Selecting an Indicator

08 Ch 18 Buffer Solutions

08 Ch 18 Buffer Solutions

10 Ch 18 Henderson Hasselbalch

10 Ch 18 Henderson Hasselbalch

11 Ch 18 Challenging a Buffer

11 Ch 18 Challenging a Buffer

09 Ch 18 Buffer Calculations

09 Ch 18 Buffer Calculations

04 Ch 18 Weak acid Strong base Calculations

04 Ch 18 Weak acid Strong base Calculations

05 Ch 18 Weak base with strong acid calcuations

05 Ch 18 Weak base with strong acid calcuations

03 Ch 18 Strong Acid Base Titration Curve Calculations

03 Ch 18 Strong Acid Base Titration Curve Calculations

02 Ch 18 Titration Curves

02 Ch 18 Titration Curves

06 Ch 18 Titration Curve Shapes

06 Ch 18 Titration Curve Shapes

01 Ch 18 Titration Review

01 Ch 18 Titration Review

Grubbs Test

Grubbs Test

07 Ch 6 Stoichiometry and gas law calculations

07 Ch 6 Stoichiometry and gas law calculations

08 Ch 6 Molar Volume and Gas Density

08 Ch 6 Molar Volume and Gas Density

09 Ch 6 Daltons Law of Partial Pressures and Mole Fraction

09 Ch 6 Daltons Law of Partial Pressures and Mole Fraction

11 Ch 6 Molar Mass of a gas

11 Ch 6 Molar Mass of a gas

12 Ch 6 Kinetic Molecular Theory

12 Ch 6 Kinetic Molecular Theory

13 Ch 6 Diffusion and Effusion

13 Ch 6 Diffusion and Effusion

14 Ch 6 Real Gases

14 Ch 6 Real Gases

01 Ch 6 What is Pressure

01 Ch 6 What is Pressure

02 Ch 6 Measuring Pressure and pressure conversions

02 Ch 6 Measuring Pressure and pressure conversions

03 Ch 6 Standard Temperature and Pressure

03 Ch 6 Standard Temperature and Pressure

04 Ch 6 Empirical Gas Laws

04 Ch 6 Empirical Gas Laws

05 Ch 6 The Combined Gas Law

05 Ch 6 The Combined Gas Law

06 Ch 6 The Ideal Gas Law

06 Ch 6 The Ideal Gas Law

10 Ch 6 Partial Pressure of Water Vapor

10 Ch 6 Partial Pressure of Water Vapor

08 Ch 17 Polyprotic acids and calculations

08 Ch 17 Polyprotic acids and calculations

09 Ch 17 Calculating pH from Acid and Base salts

09 Ch 17 Calculating pH from Acid and Base salts

10 Ch 17 effects of salts on solution pH

10 Ch 17 effects of salts on solution pH

11 Ch 17 How structure affects acid stregnth pH

11 Ch 17 How structure affects acid stregnth pH

12 Ch 17 Lewis acids and bases

12 Ch 17 Lewis acids and bases

07 Ch 17 Acid Mixtures

07 Ch 17 Acid Mixtures

10 Ch 5 Oxidation and Reduction

10 Ch 5 Oxidation and Reduction

11 Ch 5 Oxidation Numbers

11 Ch 5 Oxidation Numbers

12 Ch 5 Half reaction balancing

12 Ch 5 Half reaction balancing