Канал: Science-Bite-Size

Mole-to-Mole conversions @science-bite-size

Mole-to-Mole conversions @science-bite-size

Compound formula ⇄ Percent composition by mass

Compound formula ⇄ Percent composition by mass

Conversion Practice - NaOH @science-bite-size

Conversion Practice - NaOH @science-bite-size

Conversion Practice - Fe2O3 @science-bite-size

Conversion Practice - Fe2O3 @science-bite-size

Moles to grams - CuSO4 @science-bite-size

Moles to grams - CuSO4 @science-bite-size

Moles to grams - Fe2O3 @science-bite-size

Moles to grams - Fe2O3 @science-bite-size

Stoichiometry conversions

Stoichiometry conversions

Conversion practice - Al @science-bite-size

Conversion practice - Al @science-bite-size

Science-Bite-Size Live Stream

Science-Bite-Size Live Stream

Grams to moles - Fe @science-bite-size

Grams to moles - Fe @science-bite-size

Moles to grams - Fe @science-bite-size

Moles to grams - Fe @science-bite-size

Calculating GFM - practice 3 @science-bite-size

Calculating GFM - practice 3 @science-bite-size

Calculating GFM - practice 2 @science-bite-size

Calculating GFM - practice 2 @science-bite-size

Calculating GFM - practice 1 @science-bite-size

Calculating GFM - practice 1 @science-bite-size

Calculating GFM @science-bite-size

Calculating GFM @science-bite-size

Mole Conversions (mole - mass) - (collection) @science-bite-size

Mole Conversions (mole - mass) - (collection) @science-bite-size

Gram Formula Mass (GFM) calculations for ammonia @science-bite-size

Gram Formula Mass (GFM) calculations for ammonia @science-bite-size

1 mole of ammonia is made of 4 moles of atoms @science-bite-size

1 mole of ammonia is made of 4 moles of atoms @science-bite-size

Lego Logic: 1 mole of a compound is made of several moles of atoms @science-bite-size

Lego Logic: 1 mole of a compound is made of several moles of atoms @science-bite-size

1 mole of water is made of 3 moles of atoms @science-bite-size

1 mole of water is made of 3 moles of atoms @science-bite-size

Dual meaning of average atomic mass @science-bite-size

Dual meaning of average atomic mass @science-bite-size

Mole and Gram Formula Mass (collection) @science-bite-size

Mole and Gram Formula Mass (collection) @science-bite-size

Representative particles @science-bite-size

Representative particles @science-bite-size

"Mole" is just a number @science-bite-size

"Mole" is just a number @science-bite-size

Writing chemical equations (part 3) @science-bite-size

Writing chemical equations (part 3) @science-bite-size

Balancing chemical equations with polyatomic ions @science-bite-size

Balancing chemical equations with polyatomic ions @science-bite-size

Writing chemical equations (part 2) @science-bite-size

Writing chemical equations (part 2) @science-bite-size

Writing chemical equations (part 1) @science-bite-size

Writing chemical equations (part 1) @science-bite-size

Writing chemical equations (collection) @science-bite-size

Writing chemical equations (collection) @science-bite-size

Balancing chemical equations (part 4) @science-bite-size

Balancing chemical equations (part 4) @science-bite-size

Balancing chemical equations (part 5) @science-bite-size

Balancing chemical equations (part 5) @science-bite-size

Balancing chemical equations (part 3) @science-bite-size

Balancing chemical equations (part 3) @science-bite-size

Balancing chemical equations (part 2) @science-bite-size

Balancing chemical equations (part 2) @science-bite-size

Balancing chemical equations (part 1) @science-bite-size

Balancing chemical equations (part 1) @science-bite-size

Balancing chemical equations (collection) @science-bite-size

Balancing chemical equations (collection) @science-bite-size

Ionic Bond represented by Lewis Dot Structure (Al2O3) @science-bite-size

Ionic Bond represented by Lewis Dot Structure (Al2O3) @science-bite-size

Ionic Bond represented by Lewis Dot Structure (NaCl and MgF2) @science-bite-size

Ionic Bond represented by Lewis Dot Structure (NaCl and MgF2) @science-bite-size

Lewis Dot Structure for atoms (part 3) @science-bite-size

Lewis Dot Structure for atoms (part 3) @science-bite-size

Covalent bond represented by Lewis Dot Structure (collection) @science-bite-size

Covalent bond represented by Lewis Dot Structure (collection) @science-bite-size

Ionic Bond represented by Lewis Dot Structure (collection) @science-bite-size

Ionic Bond represented by Lewis Dot Structure (collection) @science-bite-size

Lewis Dot Structure for atoms (part 2) @science-bite-size

Lewis Dot Structure for atoms (part 2) @science-bite-size

Lewis Dot Structure for atoms (part 1) @science-bite-size

Lewis Dot Structure for atoms (part 1) @science-bite-size

Naming Binary Compounds (collection) @science-bite-size

Naming Binary Compounds (collection) @science-bite-size

Lewis Dot Structure for atoms (collection) @science-bite-size

Lewis Dot Structure for atoms (collection) @science-bite-size

Type 2 - Formula to Name and Name to Formula @science-bite-size

Type 2 - Formula to Name and Name to Formula @science-bite-size

Covalent bond - Lewis Dot Structure (part 3) @science-bite-size

Covalent bond - Lewis Dot Structure (part 3) @science-bite-size

Covalent bond - Lewis Dot Structure (part 2) @science-bite-size

Covalent bond - Lewis Dot Structure (part 2) @science-bite-size

Covalent bond - Lewis Dot Structure (part 1) @science-bite-size

Covalent bond - Lewis Dot Structure (part 1) @science-bite-size

Type 3 - Name to Formula @science-bite-size

Type 3 - Name to Formula @science-bite-size

Type 3 - Formula to Name (part 2) @science-bite-size

Type 3 - Formula to Name (part 2) @science-bite-size

Type 3 - Formula to Name (part 1) @science-bite-size

Type 3 - Formula to Name (part 1) @science-bite-size

Periodic trends (collection) @science-bite-size

Periodic trends (collection) @science-bite-size

Type 1 - Name to Formula (2) @science-bite-size

Type 1 - Name to Formula (2) @science-bite-size

Type 1- Name to Formula (1) @science-bite-size

Type 1- Name to Formula (1) @science-bite-size

Predictable charges @science-bite-size

Predictable charges @science-bite-size

Type 1 - Formula to Name @science-bite-size

Type 1 - Formula to Name @science-bite-size

3 types of binary compounds @science-bite-size

3 types of binary compounds @science-bite-size

Ionic radius vs atomic radius (collection) @Science-Bite-Size

Ionic radius vs atomic radius (collection) @Science-Bite-Size

Metric system on YouTube @science-bite-size

Metric system on YouTube @science-bite-size

Size of negatively charged ions compared to the size of the atoms @science-bite-size

Size of negatively charged ions compared to the size of the atoms @science-bite-size

Size of positively charged ions compared to the size of the atoms @science-bite-size

Size of positively charged ions compared to the size of the atoms @science-bite-size

Electronegativity trend @science-bite-size

Electronegativity trend @science-bite-size

1st ionization energy trend @science-bite-size

1st ionization energy trend @science-bite-size

Metallic properties trend mimics atomic radius trend @science-bite-size

Metallic properties trend mimics atomic radius trend @science-bite-size

Atomic radius trend @science-bite-size

Atomic radius trend @science-bite-size

Isotope notation for atoms and ions (collection) @science-bite-size

Isotope notation for atoms and ions (collection) @science-bite-size

The hidden meaning of the periods on the Periodic table @science-bite-size

The hidden meaning of the periods on the Periodic table @science-bite-size

Pursuit of stability (collection) @science-bite-size

Pursuit of stability (collection) @science-bite-size

Metals, nonmetals, metalloids - location on the Periodic table

Metals, nonmetals, metalloids - location on the Periodic table

Why noble gases are unreactive? @science-bite-size

Why noble gases are unreactive? @science-bite-size

Not full octet, but stable anyway… @science-bite-size

Not full octet, but stable anyway… @science-bite-size

Electron configurations (collection) @science-bite-size

Electron configurations (collection) @science-bite-size

Why atoms become ions or pursuit of stability @science-bite-size

Why atoms become ions or pursuit of stability @science-bite-size

Ground vs Exited State @science-bite-size#shorts

Ground vs Exited State @science-bite-size#shorts

How to figure out the charge of an ion? @science-bite-size

How to figure out the charge of an ion? @science-bite-size

Ground state electron configuration - filling up electron shells @science-bite-size #shorts

Ground state electron configuration - filling up electron shells @science-bite-size #shorts

How electrons fill up the energy levels @science-bite-size #shorts

How electrons fill up the energy levels @science-bite-size #shorts

Election Shells @science-bite-size#shorts

Election Shells @science-bite-size#shorts

Calculating weighted average @science-bite-size #shorts

Calculating weighted average @science-bite-size #shorts

Ions are formed @science-bite-size #shorts

Ions are formed @science-bite-size #shorts

Formation of ions in chemical reaction @science-bite-size #shorts

Formation of ions in chemical reaction @science-bite-size #shorts

Atom becomes ion @science-bite-size #shorts

Atom becomes ion @science-bite-size #shorts

Isotope notation - examples @science-bite-size #shorts

Isotope notation - examples @science-bite-size #shorts

Isotope notation @science-bite-size #shorts

Isotope notation @science-bite-size #shorts

Covalent Bond - Lewis Dot Structure - PCl3

Covalent Bond - Lewis Dot Structure - PCl3

Covalent Bond - Lewis Dot Structure - H2O

Covalent Bond - Lewis Dot Structure - H2O

Calcium oxide - Lewis Dot Structure

Calcium oxide - Lewis Dot Structure

Calcium Fluoride - Lewis Dot Structure

Calcium Fluoride - Lewis Dot Structure

Amines, Amides, and practice questions

Amines, Amides, and practice questions

Esters, ethers, organic acids

Esters, ethers, organic acids

Organic Reactions

Organic Reactions

Solutions - Table F

Solutions - Table F

Boiling Point

Boiling Point

Vapor Pressure

Vapor Pressure

Combined Gas Law

Combined Gas Law

Boyle’s Law

Boyle’s Law

Intro to Gas Laws

Intro to Gas Laws

Energy - Phase Change - Caluclation

Energy - Phase Change - Caluclation

Heating / Coolng Curve

Heating / Coolng Curve

Heat - Calculations

Heat - Calculations

Endothermic and Exothermic processes

Endothermic and Exothermic processes

Energy

Energy

Aluminum foil minilab

Aluminum foil minilab

Elements, Compounds, Mixtures

Elements, Compounds, Mixtures

Physical vs. Chemical properties / changes

Physical vs. Chemical properties / changes

Alkenes and Alkynes

Alkenes and Alkynes

Alkanes

Alkanes

Fusion

Fusion

Fission

Fission

Artificial vs. Natural transmutation

Artificial vs. Natural transmutation

Half-life

Half-life

Natural Decay - practice questions

Natural Decay - practice questions

Positron decay and gamma rays

Positron decay and gamma rays

Alpha and Beta Decay

Alpha and Beta Decay

Electrochemical cells - Part 3

Electrochemical cells - Part 3

Electrochemical cells - Part 2

Electrochemical cells - Part 2

Electrochemical cells - Part 1

Electrochemical cells - Part 1

RedOx or not RedOx

RedOx or not RedOx

Balancing Redox Reactions - Part 2

Balancing Redox Reactions - Part 2

Balancing Redox Reactions - Part 1

Balancing Redox Reactions - Part 1

Identifying Reducing and Oxidizing Agents

Identifying Reducing and Oxidizing Agents

Identifying what is Reduced or Oxidized

Identifying what is Reduced or Oxidized

Redox Reactions, Rules of assigning oxidation states

Redox Reactions, Rules of assigning oxidation states

Le Chatelier's Principle

Le Chatelier's Principle

Dynamic Equilibrium

Dynamic Equilibrium

Reading Potential Energy Diagrams - Part 4

Reading Potential Energy Diagrams - Part 4

Reading Potential Energy Diagrams - Part 3

Reading Potential Energy Diagrams - Part 3

Reading Potential Energy Diagrams - Part 2

Reading Potential Energy Diagrams - Part 2

Reading Potential Energy Diagrams - Part 1

Reading Potential Energy Diagrams - Part 1

Heat of Reaction = AKA: Enthalpy

Heat of Reaction = AKA: Enthalpy

Collision Theory and Factors Affecting Speed of Chemical Reactions

Collision Theory and Factors Affecting Speed of Chemical Reactions

Mole - it is just a number (6.02x10^23) - Part I

Mole - it is just a number (6.02x10^23) - Part I

Projectile motion - example problems

Projectile motion - example problems

x and y components of a vector - Part 2

x and y components of a vector - Part 2

x and y components of a vector - Part 1

x and y components of a vector - Part 1

How to read and interpret heating-cooling curve

How to read and interpret heating-cooling curve

Compound formula to Percent composition

Compound formula to Percent composition

Oxidizing and Reducing Agents in RedOx reactions

Oxidizing and Reducing Agents in RedOx reactions

RedOx - Writing RedOx Half-Reactions

RedOx - Writing RedOx Half-Reactions

Rules of assigning Oxidation Numbers

Rules of assigning Oxidation Numbers

Titration (sample problems)

Titration (sample problems)

Acids and bases (mono -, di-, triprotic acids)

Acids and bases (mono -, di-, triprotic acids)

Balancing Neutralization Reactions

Balancing Neutralization Reactions

Neutralization Reaction

Neutralization Reaction

Ground and Excited State

Ground and Excited State