Freshmen Physical Science
UNIT 1
Scientific Notation:
Why do we use scientific notation
Putting Numbers in Scientific Notation
Scientific Notation to Standard Notation
Multiplying and Dividing Scientific Notation
Addition and Subtraction in Scientific Notation
Metric Stair Steps
Converting within the Metric System: Metric Stair Steps
Will I bang my head? Hanging Lamp Metric Problem
Unit Conversions:
Importance of Units
Rules for Converting Units
How to Convert Units via the factor label method
Two Step Unit Conversions
Converting one Day into Seconds
Converting Speeds (mi/hr to ft/s)
Grocery Store Conversions
Clock Conversion Problems
Graphing Scientific Data:
How to Graph Data
How to Calculate Slope
Significant Digits and Measurement
How to report Measurements
Sigfig Rules
Arithmetic and Sigfigs
UNIT 2
Density and Flotation
Cutting an Object in Half
Solving Basic Density Problems
Flotation Problems
How many centimeters cubed in a meter cubed?
Water Displacement and Density
UNIT 3
Temperature
Temperature Conversions
How a Bulb Thermometer Works
UNIT 4
Pressure and Fluids
Polarity Water and Phase Changes
Solving Basic Pressure Problems
Gas Laws Conceptually
UNIT 5
How to Read Periodic Table Boxes
Shell (2-8-8-2) Diagrams
Understanding Ions
Understanding Isotopes
Chemistry
UNIT 1
Density and Flotation
Cutting an Object in Half
Solving Basic Density Problems
2 Advanced Density Problems
How many centimeters cubed in a meter cubed?
Water Displacement and Density
UNIT 2
Scientific Notation:
Why do we use scientific notation
Putting Numbers in Scientific Notation
Scientific Notation to Standard Notation
Multiplying and Dividing Scientific Notation
Addition and Subtraction in Scientific Notation
Metric Stair Steps
Converting within the Metric System: Metric Stair Steps
Will I bang my head? Hanging Lamp Metric Problem
Unit Conversions:
Importance of Units
Rules for Converting Units
How to Convert Units via the factor label method
Two Step Unit Conversions
Converting one Day into Seconds
Converting Speeds (mi/hr to ft/s)
Grocery Store Conversions
Clock Conversion Problems
Graphing Scientific Data:
How to Graph Data
How to Calculate Slope
Reading Chemical Formulas
Counting Atoms: Chemical Formulas:
Calculating Percent Error
Calculating Percent Error
Significant Digits and Measurement
How to report Measurements
Sigfig Rules
Arithmetic and Sigfigs
UNIT 3
Temperature and Pressure
Temperature Conversions
How a Bulb Thermometer Works
Solving Basic Pressure Problems
Gas Laws Conceptually
Gas Law problems
Polarity Water and Phase Changes
UNIT 4
How to Read Periodic Table Boxes
Shell (2-8-8-2) Diagrams
Understanding Ions
Understanding Isotopes
Calculating Average Atomic Mass
Monomers and Polymers
UNIT 5
How to Write Electron Configurations
Hydrogen: Using the Bohr- Rydberg Equation
Light and the Electromagnetic spectrum
Lewis Dot Diagrams
UNIT 6
Reading Periodic Table Boxes
Coulomb’s Law
Periodic Trends Part 1
Periodic Trends Part 2
Full Periodic Table Video
Sodium’s higher second ionization energy?
Lewis Dot Diagrams
UNIT 7
Intro to Chemical Bonding and Ionic Bonding
Naming Ions and Formulas
Common Polyatomic Ions
Balancing Chemical Equations
Dissociation
Mixing Aqueous Solutions
Total and Net Ionic Equations
Metallic Bonding
UNIT 8
Lewis Dot Octets
Double and Triple Bonds
Drawing Basics: Nitrate Ion
Resonance Structures
Formal Charge
Coordinate Covalent Bonds
Octet Violations and Sulfuric Acid
Molecular Geometry: VSEPR
Molecular Polairty, Bond Type and Electronegativity
Chemical Nomenclature
UNIT 9
Acids and Bases
UNIT 10
Intro to Moles
Formula or Molar Mass
Mole Conversions
Mole Conversions Part 2
Ridiculous Mole/Density Problem
Physics
UNIT 0
Scientific Numeracy and Scale Analysis
Right Triangle Trigonometry
UNIT 1
Basic Motion and Graphing
UNIT 2
Kinematic Equations and Freefall
UNIT 3
Vectors and Projectile Motion
Introduction to Scalars and Vectors
Tail to Tip and Parallelogram Method
Vector Analysis: River Problem
Breaking a Vector into Components: Projectile Problem
Adding and Subtracting Vectors