Канал: Joshua Hartman

Properties of Liquids: Solubility and mixing

Properties of Liquids: Solubility and mixing

Buffer Solutions

Buffer Solutions

Strong and weak acids and bases (part 1 of 2)

Strong and weak acids and bases (part 1 of 2)

pH and pOH

pH and pOH

Bronsted-Lowry Acids and Bases

Bronsted-Lowry Acids and Bases

Equilibrium Calculations

Equilibrium Calculations

Shifting Chemical Equilibrium

Shifting Chemical Equilibrium

The Equilibrium Constant

The Equilibrium Constant

Introduction to Chemical Equilibria

Introduction to Chemical Equilibria

Molecular Orbital Theory Part 1 of 3

Molecular Orbital Theory Part 1 of 3

Molecular Orbital Theory Part 2 of 3

Molecular Orbital Theory Part 2 of 3

Introduction to redox reactions

Introduction to redox reactions

Clausius Clapeyron Equation

Clausius Clapeyron Equation

Phase Transitions

Phase Transitions

Properties of Liquids

Properties of Liquids

London Dispersion Forces

London Dispersion Forces

Hydrogen Bonding

Hydrogen Bonding

Charge-charge and dipole-dipole attraction

Charge-charge and dipole-dipole attraction

Introduction to Intermolecular Forces

Introduction to Intermolecular Forces

Hybrid orbitals example problems

Hybrid orbitals example problems

Hybrid orbitals

Hybrid orbitals

Introduction to Valence bond theory

Introduction to Valence bond theory

Introduction to molecular shape and polarity

Introduction to molecular shape and polarity

Advanced Molecular Geometry: VSEPR

Advanced Molecular Geometry: VSEPR

Introduction to Molecular Geometry: VSEPR

Introduction to Molecular Geometry: VSEPR

Lewis Structures: Exceptions to the Octet Rule

Lewis Structures: Exceptions to the Octet Rule

Lewis Sturctures: Resonance and Formal Charge

Lewis Sturctures: Resonance and Formal Charge

Introduction to lewis structures

Introduction to lewis structures

Introduction to chemical bonding

Introduction to chemical bonding

Application: Density of an ideal gas

Application: Density of an ideal gas

Effusion

Effusion

Kinetic molecular theory

Kinetic molecular theory

Partial pressure

Partial pressure

Alternative concentration units

Alternative concentration units

Preparing solutions

Preparing solutions

Determining molecular formulas

Determining molecular formulas

Percent composition

Percent composition

Introduction to ionic compounds

Introduction to ionic compounds

Introduction to the periodic table

Introduction to the periodic table

Representing compounds

Representing compounds

Average atomic mass

Average atomic mass

Early ideas in atomic theory (case activity)

Early ideas in atomic theory (case activity)

Dilutions

Dilutions

The ideal gas law

The ideal gas law

Avogadro's law

Avogadro's law

Charles's Law

Charles's Law

Boyle's law

Boyle's law

Introduction to gas laws

Introduction to gas laws

Naming acids

Naming acids

Naming molecular compounds

Naming molecular compounds

Naming ionic compounds

Naming ionic compounds

Intro to chemical nomenclature

Intro to chemical nomenclature

Basic molecular geometry

Basic molecular geometry

The Lewis model for basic molecular compounds

The Lewis model for basic molecular compounds

The Lewis model for ionic compounds

The Lewis model for ionic compounds

Introduction to bonding interactions

Introduction to bonding interactions

Basic periodic trends

Basic periodic trends

Basic electron configuration

Basic electron configuration

The very basics of orbitals

The very basics of orbitals

Basic atomic structure and symbolism

Basic atomic structure and symbolism

Introduction to molarity

Introduction to molarity

Converting between mass and amount with molar mass

Converting between mass and amount with molar mass

Converting between mass, moles, and amount

Converting between mass, moles, and amount

Limiting reactant lecture

Limiting reactant lecture

Calculating percent yield

Calculating percent yield

The basics of limiting reactant problems (4 of 4)

The basics of limiting reactant problems (4 of 4)

The very basics of fining the limiting reactant (2 of 4)

The very basics of fining the limiting reactant (2 of 4)

The bascis of limiting reactant problems (3 of 4)

The bascis of limiting reactant problems (3 of 4)

The very basics of limiting reactants (Intro)

The very basics of limiting reactants (Intro)

Grams-to-grams conversions

Grams-to-grams conversions

Mole to mole conversions

Mole to mole conversions

Introduction to acid base chemistry

Introduction to acid base chemistry

Gas evolving reactions

Gas evolving reactions

Solubility and precipitation reactions

Solubility and precipitation reactions

Balancing chemical reaction equations

Balancing chemical reaction equations

Introduction to chemical reaction equations

Introduction to chemical reaction equations

What is a mole?

What is a mole?

Molecular (formula) mass and molar mass

Molecular (formula) mass and molar mass

Introduction to single displacement reactions

Introduction to single displacement reactions

Enthalpy of formation and standard enthalpy of reaction

Enthalpy of formation and standard enthalpy of reaction

Hess's Law

Hess's Law

Enthalpy and calorimetry

Enthalpy and calorimetry

Introduction to enthalpy

Introduction to enthalpy

Calorimetry

Calorimetry

The First Law of Thermodynamics

The First Law of Thermodynamics

Introduction to thermochemistry

Introduction to thermochemistry

Specific heat calculation

Specific heat calculation

Introduction to unit conversions

Introduction to unit conversions

Significant figures

Significant figures

Units and measurements

Units and measurements

Physical and chemical properties

Physical and chemical properties

Classification of matter

Classification of matter

Periodic trends

Periodic trends

Electron configuration

Electron configuration

Exploring quantum numbers an electron housing analogy (Part 2)

Exploring quantum numbers an electron housing analogy (Part 2)

The shape and size of hydrogen orbitals

The shape and size of hydrogen orbitals

Understanding quantum numbers using an electron housing analogy

Understanding quantum numbers using an electron housing analogy

quantum numbers

quantum numbers

Overview: Quantum mechanical model of hydrogen

Overview: Quantum mechanical model of hydrogen

Emission spectra and the Bohr model

Emission spectra and the Bohr model

Quantum strangeness with electrons

Quantum strangeness with electrons

Light and photoelectric effect practice problems

Light and photoelectric effect practice problems

quantum strangeness with light

quantum strangeness with light

Introduction to light and waves

Introduction to light and waves

Introduction to the Quantum Model of the Atom

Introduction to the Quantum Model of the Atom

density challenge problem

density challenge problem

Algebraic Method Photosynthesis

Algebraic Method Photosynthesis

Balancing a redox reaction under basic conditions

Balancing a redox reaction under basic conditions

Derivation of change in enthalpy and heat at constant pressure relationship

Derivation of change in enthalpy and heat at constant pressure relationship

Moles and Stoichiometry Practice Problems Limiting Reactant

Moles and Stoichiometry Practice Problems Limiting Reactant

Moles and Stoichiometry Practice Problems 4 of 4

Moles and Stoichiometry Practice Problems 4 of 4

Moles and Stoichiometry Practice Problems 3 of 4

Moles and Stoichiometry Practice Problems 3 of 4

Moles and Stoichiometry Practice Problems 2 of 4

Moles and Stoichiometry Practice Problems 2 of 4

Moles and Stoichiometry Practice Problems 1 of 4

Moles and Stoichiometry Practice Problems 1 of 4

Mass, Moles and Molecules: part 6 of 6 Challenge Problem

Mass, Moles and Molecules: part 6 of 6 Challenge Problem

Mass, Moles and Molecules: part 5 of 6 Moles to Grams

Mass, Moles and Molecules: part 5 of 6 Moles to Grams

Mass, Moles and Molecules: part 4 of 6 Molecules to Atoms

Mass, Moles and Molecules: part 4 of 6 Molecules to Atoms

Mass, Moles and Molecules: part 3 of 6 Grams to Moles

Mass, Moles and Molecules: part 3 of 6 Grams to Moles

Mass, Moles and Molecules: part 2 of 6 Moles to Atoms

Mass, Moles and Molecules: part 2 of 6 Moles to Atoms

Mass, Moles, and Molecules Introduction part 1 of 6

Mass, Moles, and Molecules Introduction part 1 of 6

Part 4: Moles and Stoichiometry

Part 4: Moles and Stoichiometry

Part6: Summary

Part6: Summary

Part5: Theoretical yield, actual yield, and percent yield

Part5: Theoretical yield, actual yield, and percent yield

Part2: Review

Part2: Review

Part3: Review balancing reactions

Part3: Review balancing reactions

Part1: Introduction to Moles and Stoichiometry

Part1: Introduction to Moles and Stoichiometry