Lesson
ID |
Lesson
Name |
Topics: |
|
SES04A |
Earth
Features |
⭐ Surface Changes ⭐
Wind, Water, Ice, Gravity ⭐
Erosion / Deposition ⭐ Mountains, Valleys ⭐
Rivers, Oceans ⭐ Moving Air, Water, Ice ⭐ Glaciers ⭐
Plate Tectonics ⭐ Mnemonic Tools |
|
SES04B |
Topographic
Maps |
⭐ Features on Map⭐ Use for Planning ⭐
Measurement of Features⭐ Elevation ⭐Contour Interval ⭐ Steep /
Shallow Slopes ⭐ Hills / Depressions ⭐ Hachure Mark/Depression ⭐
River/Valley Identification ⭐ Flood Control |
|
SES04E |
Erosion
Weathering |
⭐ Weathering Breaks Down ⭐ Erosion is Movement ⭐ Chemical
Weathering ⭐ Mechanical Weathering
⭐
Environmental Impacts ⭐ Ice Wedging ⭐ Deposition ⭐ Stalactites /
Stalagmites ⭐ River Meanders ⭐ Mnemonic Tools |
|
SES04F |
Soil |
⭐ Definition ⭐ Moved, Built, Destroyed ⭐
Boulders, Gravel, Clay ⭐ Sand, Silt, Clay, Sediments ⭐ Soil
Contents / Makeup ⭐ Decomposers ⭐ Soil Layers ⭐ Water Soil
Movement ⭐ Wind Soil Movement ⭐ Dust Bowl |
Lesson
ID |
Lesson
Name |
Topics: |
|
SES05B |
Fresh Water |
⭐ Covers 70% of Surface
⭐ Wetlands, Rivers, Lakes
⭐ 3% is Fresh Water
⭐2% is Frozen
⭐1% is Available to Use
⭐ Drinking, Irrigation, Industry
⭐ Transportation, Recreation
⭐ Municipal, Well
⭐ Supplies
⭐ Water Filtration |
|
SES05B |
Rivers
Watersheds |
⭐ Importance ⭐ River Pollution ⭐ Manage Water Flow ⭐Rivers, Bay,
Ocean ⭐Hydroelectric Dams ⭐ Headwaters, Rivulet ⭐ Tributaries, Streams,
⭐ Load, Growth, Estuaries ⭐ Watersheds, Divides ⭐ Meanders, Flooding |
|
SES06A |
Renewable Resources |
⭐ Definition of Renewable ⭐
Need for Conservation ⭐
Conservation’s Three “R”s ⭐ Solar ⭐ Water ⭐
Wind ⭐ Ethanol ⭐ Biomass ⭐ Geothermal ⭐
Renewable Resource List ⭐ Management of Sources ⭐
Governmental Regulation |
|
SES06B |
Nonrenewable
Resources |
⭐ Energy Definition ⭐
Renewable / Nonrenewable ⭐
Conserve Energy ⭐ Fossil Fuels ⭐ Coal ⭐
Natural Gas ⭐ Nuclear ⭐ Details of Sources ⭐
Formation of Coal ⭐ Formation of Oil ⭐ Uranium
Source ⭐ Nuclear Issues ⭐ |
|
SES06C |
Pollution |
⭐ Definition ⭐ 3 “R”s of
Conservation ⭐
Reduce, Reuse, Recycle ⭐ Point Source Pollution ⭐
Sewage, Factories, Tanks ⭐ Non-Point Source Pollution ⭐
Cars, People, Litter ⭐ Fertilizer Run Off ⭐
Household Air Pollution ⭐ Pollution Solutions ⭐ |
Lesson
ID |
Lesson
Name |
Topics: |
|
SES11A |
Earth's Atmosphere |
⭐ Term Origin ⭐ Makeup of
Atmosphere ⭐
Balance of Gases ⭐ Greenhouse Effect ⭐ Layers of
Atmosphere ⭐ Air Pressure ⭐ Air Density ⭐
Atmosphere Allows Life ⭐ Protection from Radiation ⭐ No
Atmosphere - No Life ⭐ |
|
SES11B |
Gases in the Air |
⭐ Delicate Balance ⭐ Moderates Temperatures ⭐
Holds Water ⭐ Layers of Atmosphere ⭐ Percentage of Gases ⭐ Nitrogen,
Oxygen ⭐ Argon, Carbon Dioxide ⭐ Greenhouse Gases ⭐ Ozone Layer ⭐ Other
Planet Atmospheres ⭐ |
|
SES11C |
Air Pollution |
⭐ Air in Delicate Balance ⭐ Natural
Pollutants ⭐
Major Air Pollutants ⭐ Greenhouse Gases ⭐ Ozone
Reduction ⭐ Photochemical Smog ⭐ Acid Rain ⭐
Greenhouse Effect ⭐ Temperature Inversion ⭐ Indoor
Pollution Sources ⭐ |
|
SES11D |
Measuring Air Pressure |
⭐ Molecular Makeup ⭐ Temperature /
Pressure ⭐
Predict Weather ⭐ Altitude and Pressure ⭐ Column
of Air ⭐ Pressure Measurement ⭐ Barometer Construction ⭐
Sea Level / Space Pressure ⭐ Water Vapor Capacity ⭐ Why
Hot Air Balloons Float ⭐ |
|
SES11E |
Atmospheric Pressure |
⭐
Air has Mass and Volume ⭐ Column of Air “Stacked Up” ⭐
Pressure due to Gravity ⭐ 14.76 Pounds/Square Inch ⭐
Barometer and Weather ⭐ Buoyancy-Hot Air Balloons ⭐
Altitude ⭐ Crushing Pressure ⭐ Pressure and Water Vapor ⭐
Weather Prediction ⭐ |
|
SES11F |
Atmospheric
Temperatures |
⭐
Atmosphere has Layers ⭐
Understanding Pollution ⭐
Measure Air Temperature ⭐
Balloons Instruments ⭐
Satellites ⭐
Troposphere ⭐ Stratosphere ⭐
Mesosphere ⭐ Thermosphere ⭐
Exosphere ⭐
Significance of Each Layer ⭐
Mnemonic to Remember ⭐ |
|
SES11G |
Atmospheric Layers |
⭐ Troposphere / Features ⭐
Stratosphere / Features ⭐
Mesosphere / Features ⭐ Thermosphere / Features ⭐
Exosphere / Features ⭐ Weather in Troposphere ⭐ Greenhouse
Gases ⭐ Ozone Layer ⭐ Space Station Orbit ⭐
Mnemonic Device ⭐ |
Lesson
ID |
Lesson
Name |
Topics: |
|
SES13A |
Air Masses |
⭐ Definition ⭐ Label
Formation ⭐
Formation Temperature ⭐ Formation Moisture Areas ⭐
cP - Continental Polar ⭐ mP - Maritime Polar ⭐ mT
- Maritime Tropical ⭐ cT - Continental Tropical ⭐
Air Mass Movement ⭐ Jet Stream ⭐ |
|
SES13B |
Weather
Fronts |
⭐ Air Heating Land / Water ⭐
Global Wind Patterns ⭐
Local Heating ⭐ Jet Stream Influence ⭐ Warm / Cold
Fronts ⭐ Stationary Fronts ⭐ Hurricanes ⭐Cyclones ⭐
Storm Genesis ⭐ Hemisphere Wind Direction ⭐
Tornadoes ⭐ |
|
SES13C |
Weather Prediction |
⭐ Meteorologists ⭐
Prediction Issues ⭐
Weather Instruments ⭐ Anemometer ⭐ Rain Gauge ⭐
Barometer ⭐ Hygrometer ⭐ Wind Vane ⭐ Snow Gauge ⭐
Radar ⭐ Doppler ⭐ Instrument Examples ⭐ Remote
Satellite Sensing ⭐ Weather Stations ⭐ |
|
SES13D |
Storms |
⭐ Meteorologists Predict ⭐
Storm Formation ⭐
Remote Sensing ⭐ Computer Prediction ⭐ Storm /
Front Mapping ⭐ Cirrus, Stratus, Cumulus ⭐
Hurricanes, Tornadoes ⭐ Thunderstorms ⭐ Lightning
/ Thunder ⭐ Lightning Distance ⭐ |
|
SES13E |
Weather |
⭐ Weather / Climate ⭐ Sun is
Engine ⭐
Heating Earth’s Surface ⭐ Wind Creation ⭐
Evaporation / Condensation ⭐ Humidity ⭐
Evaporative Cooling ⭐ Weather Systems ⭐ High / Low
Pressure ⭐ Storm Genesis ⭐ |
|
SES13F |
Precipitation |
⭐ Sun Causes Evaporation ⭐
Cloud Formation ⭐
Evaporation, Condensation ⭐ Water Cycle ⭐
Condensation Nucleus ⭐ Stratus ⭐ Cumulus ⭐ Cirrus ⭐
Cloud Type Characteristics ⭐ Rain ⭐ Freezing Rain ⭐
Hail, Sleet, Snow ⭐ Precipitation Examples ⭐ |
|
SES14A |
Energy Transfer |
⭐ Ability to Do Work ⭐ Law
of Conservation Energy ⭐
Not Created / Destroyed ⭐ Conduction Examples ⭐
Convection Examples ⭐ Radiation Examples ⭐
Renewable Energy ⭐ Energy Storage ⭐ Centigrade /
Fahrenheit ⭐ |
|
SES14B |
Heating Earth |
⭐ Energy Definition ⭐ Solar
Energy – Renewable ⭐
Conduction ⭐ Convection ⭐ Radiation ⭐
Infrared ⭐ Visible Light ⭐ Ultraviolet ⭐ ROY G.
BIV ⭐ Energy Transfer Modes ⭐ Temperature /
Air Density ⭐ |
Lesson
ID |
Lesson
Name |
Topics: |
|
SES18A |
Earth and Moon |
⭐ Earth Rotates & Revolves ⭐
Rotate/Revolve Mnemonic ⭐
Tilt 23.5° ⭐ Seasons Reverse ⭐ Moon Revolves
Earth ⭐ Moon Causes Tides ⭐ Predictable Tides ⭐
Tidal Locked ⭐ Same Side Faces Earth ⭐ |
|
SES18B |
Eclipses |
⭐ Moon revolves 29.5 days ⭐
Same side faces Earth ⭐
Greek “Failure to Appear” ⭐ Lunar and Solar Eclipses ⭐
Umbra and Penumbra ⭐ Tidally Locked Period ⭐ Why
so Quick ⭐ Why so Rare ⭐ Hurt Eyes in Solar ⭐
Watch Lunar not Solar ⭐ |
|
SES19A |
Solar System |
⭐ Claudius Ptolemy ⭐ Nicolaus Copernicus ⭐
Johannes Kepler ⭐ Orbits Are Ellipses ⭐ Our Sun ⭐ Inner Planets
⭐ Outer Planets ⭐ Asteroid Belt ⭐ Plane of the Ecliptic ⭐ Dwarf
Planets ⭐ |
|
SES19B |
The Sun |
⭐ Sun is a Star ⭐
Electromagnetic Radiation ⭐
Heated by Sun ⭐ Size of Sun ⭐ Distance from Earth ⭐
Nuclear Fusion ⭐ Hydrogen and Helium ⭐ Parts of
the Sun ⭐ Sun Rotation ⭐ Eclipses ⭐ |
|
SES19C |
Planets |
⭐ Inner/Outer Planets ⭐
Dwarf Planets ⭐
Moons and Rings ⭐ Terrestrial Planets ⭐ Gas Giants ⭐
Facts on Each Planet ⭐ Planet Test ⭐ Mnemonic
Order Tool ⭐ M-V-E-M-J-S-U-N ⭐ |
|
SES19D |
Asteroids, Comets and Meteors |
⭐ Asteroids, Comets
Meteors ⭐ Genesis Materials ⭐
Similarities – Differences ⭐ Asteroids – Orbits/Makeup ⭐
Asteroid Belt - Location ⭐ Comets - Elliptical Orbits ⭐
Meteors - Shooting Stars ⭐ Meteor-Atmosphere Layer ⭐
Mnemonic
|
Lesson
ID |
Lesson
Name |
Topics: |
|
SPS01A |
Measurement |
⭐ SI (System International) ⭐
Quantitative / Qualitative ⭐
Standard Metric Units ⭐ Measurement Definitions ⭐
Length ⭐ Volume ⭐ Mass ⭐ Temperature ⭐ Time ⭐ Light ⭐
Electric Current ⭐ Angles ⭐ Speed ⭐ Magnetic Field ⭐
Measurement Procedures ⭐ Measurement Errors ⭐ |
|
SPS02A |
Atoms and Matter |
⭐
Origin of Atom ⭐ Democritus ⭐ Dalton ⭐ Atomic Particles ⭐ Proton
⭐ Neutron ⭐ Electron ⭐ Atomic Charges ⭐ Nucleus ⭐ Mass
Distribution ⭐ Relative Sizes ⭐ Change State ⭐ |
|
SPS02B |
Compounds |
⭐ Democritus ⭐ Dalton ⭐ Thompson
⭐ Rutherford ⭐ Bohr ⭐ Modern ⭐ Parts / Charge ⭐ H₂O Ratios ⭐
Chemical Reaction ⭐ Conservation of Mass ⭐ Bonding ⭐ Periodic
Table ⭐ Nuclear Forces ⭐ |
|
SPS02C |
Physical and Chemical Changes |
⭐ Physical/Chemical Changes ⭐
Physical Properties ⭐ Chemical Properties ⭐ Physical Change ID ⭐
Physical Characteristics ⭐ Physical Change Examples ⭐ Chemical
Change ID ⭐ Chemical Change Properties ⭐ Chemical Change
Examples ⭐ Energy in Changes ⭐ |
|
SPS03A |
Water |
⭐ Liquids ⭐ Water Molecule ⭐
Polar Molecule ⭐ “Universal Solvent” ⭐ Surface Tension ⭐ Ice
Floats ⭐ Water Molecule Geometry ⭐ Container Identification ⭐
Solid/Liquid/Gas Terms ⭐ Sublimation / Deposition ⭐ |
|
SPS03B |
Mixtures and Solutions |
⭐ Mixture/Solution ⭐ Mixture
Characteristics ⭐ Mixture Examples ⭐ Solution Characteristics ⭐
Solution Examples ⭐ “Universal Solvent” ⭐ Solution / Suspension
/ Colloid ⭐ Solute / Solvent mnemonic ⭐ Melting Point Changes ⭐
Immiscibility ⭐ |
|
SPS04A |
Chemical Reactions |
⭐ Definition ⭐ Reactants /
Products ⭐ Predictable Outcomes ⭐ Chemical Names / Symbols ⭐
Words / Symbols / Drawings ⭐ Chemical Name Genesis ⭐ Chemical
Equations ⭐ Conservation of Mass ⭐ Synthesis / Decomposition ⭐
Single / Double Replacement ⭐
|
|
SPS04B |
Chemical Equations |
⭐ Writing Chemical Equations ⭐
Describing Reactions ⭐ Coefficients ⭐ Subscripts ⭐ Balancing
Reactions ⭐ Types of Chemical Reactions ⭐ Law of Conservation of
Mass ⭐ Conservation Example ⭐ Periodic Table ⭐ Decode Periodic
Table ⭐ |
