Student Guides |
Teacher's Guides |
Grade |
Life/Earth Science
|
Physical Science/Technology |
Life/Earth Science |
Physical Science/Technology |
| 1 |
|
|
Organisms L.1:
Sharing What We Know about Organisms
Weather L. 12:
Testing Rainy Day Fabrics
|
Solids and Liquids L. 8:
Guess My Reason
Comparing and Measuring L. 4: Matching Lengths of Arms and Legs
|
| 2 |
|
|
Life Cycle of Butterflies L. 7:
From Caterpillar to Chrysallis
Soils L. 5: More About Wet Soils
|
Changes L. 7: A Dissolving Race: Two Forms of Sugar
Balancing and Weighing L. 7: Using the Equal Arm Balance to Compare Objects
|
| 3 |
Plant Growth and Development L. 7: Observing the Growth Spurt (Days 9 to 13) |
Rocks and Minerals L. 1: Sharing What We Know About Rocks and Minerals |
Chemical Tests L. 16: Using the Know Solids to Identify Unknown Liquids |
Sound |
| 4 |
|
|
Animal Studies L. 3:
Living in Water: Dwarf African Frogs
Land and Water Lesson 12: Dams: How Humans Change the Direction and Flow of Water
|
Electric Circuits L. 15: Planning to Wire a House
Motion and Design L. 5: Designing Vehicles to Meet Requirements
|
| 5 |
Microworlds |
|
Ecosystems L. 8: Upsetting the Stability |
Food Chemistry
Floating and Sinking L.9: Measuring the Buoyant Force
|
| 6 |
|
|
Experiments With Plants L. 12: Planning and Setting Up Germination Experiments
Measuring Time L.7: Using Water to Measure Time
|
Magnets and Motors L. 13: Building a Spinning Coil Motor
The Technology of Paper
|
| 6-8 |
Human Body Systems Lesson 12: Recipe for Energy—Cellular Respiration
Catastrophic Events L. 6: Temperature, Pressure, and Cloud Formation
|
Properties of Matter L. 15: Separating a Soluable and an Insoluable Substance
Energy, Machines, and Motion L. 3: Rechargeable Batteries
|
Human Body Systems Lesson 12: Recipe for Energy—Cellular Respiration
Catastrophic Events L. 6: Temperature, Pressure, and Cloud Formation
|
Properties of Matter L. 15: Separating a Soluable and an Insoluable Substance
Energy, Machines, and Motion L. 3: Rechargeable Batteries
|
| 6-8 |
Organisms—From Macro to Micro L.9: Sexual Reproduction in Flowering Plants
Earth in Space L. 1: Thinking About Earth as a Planet
|
Light L. 10: Examining Spectra
Electrical Energy and Circuit Design L. 8: Batteries and Current
|
Organisms—From Macro to Micro L.9: Sexual Reproduction in Flowering Plants
Earth in Space L. 1: Thinking About Earth as a Planet
|
Light L. 10: Examining Spectra
Electrical Energy and Circuit Design L. 8: Batteries and Current
|
