Your students will investigate friction and air resistance using this hands-on science interactive notebook.
This product includes:
- Vocabulary flipbook (friction, motion)
- All about friction flipbook (what is friction; where is friction; how much friction is present?)
- Brainstorm examples of friction circle foldover
- Using a given picture, explain how friction decreases as motion increases
- Using a given picture, explain how air resistance is friction in the air
What is included?
You will receive a PDF that includes directions, real-life images, answer keys, and flippable templates.
What makes these different than other interactive notebooks?
- Differentiated: This product is also differentiated for the needs and learners in your classroom, as well as your own time restraints. It includes three types of notebook pieces that allow you to choose whether your students will manually fill in the notes, fill-in-the-blanks, or to give pieces to students with the notes already filled out.
- Easy to cut: These resources are easy to cut - no trying to cut a tiny heart out for half an hour! A couple snips and students are good to go.
- Paper-saving: each piece of paper printed will be cut in half for two students.
Please email me with any questions at Kelly@Glitterinthird.com if you need more information!
Interested in more science interactive notebooks from Glitter in Third?
Earth and space system
Air pressure and storms
Earth's rotation and revolution
Introduction to soil & weathering
Ocean currents and properties
Ocean floor and features
Sun, moon, and Earth
Weather, climate, and ecosystems
Weather tools and meteorology
Conservation of natural resources
Natural occurrences & conservation
Virginia's natural resources
Virginia's plants and animals
Force, motion, & energy
Conductors & insulators
Force & motion
Kinetic & potential energy
Motion & energy
Simple machines & compound machines
Living systems and processes
Adaptations & population
Behavioral adaptations (migration & hibernation)
Community, population, and ecosystems (levels of organization)
Habitat and niche
Parts of a plant & plant structure
Physical adaptations (camouflage & mimicry)
Dissolving liquids & solids in water