# Deriving the 5 Equations of Kinematics Doodle Notes Bundle for Physics

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6 MB|3 student pages + 3 answer keys + 3 anchor charts = 9 pages
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Show your students how the 5 Equations of Kinematics were derived from graphs using these Doodle Notes for Physics! Students will be able to use the slope of a velocity-time graph and the area under velocity-time graph to derive two of the equations of Kinematics. From there, students will eliminate variables to solve for the remaining 3 equations. My answer keys are suggestions based on my class needs, annotate notes your way to suit your curriculum needs.

This resource is included in my Kinematics and Motion Doodle Note Bundle and my amazing, cost-saving Physics Bundle.

This ZIP file includes:
★ 3 Doodle Notes (3 student notes), with suggested answer keys
★ 3 Doodle Note Anchor Charts, sized at 24”x36” (Print at copy center as “engineering prints”)
★ Tips on printing and laminating the anchor charts
All files are PDF.

I have used ALL of the notes from the Kinematics and Motion Doodle Note Bundle with my Physics classes over the past year. The students and I really prefer this method to traditional note-taking. Physics students often struggle with concepts because they focus on the mathematical side of things. Doodle notes provide an opportunity to look at relationships in multiple ways, while activating both sides of the brain through the creative doodling, annotating and coloring. Doodle notes have been shown to:
★ increases retention
★ activate the whole brain, the logical left side and the creative right side.
★ improve focus, people who doodle recall more than those who daydream
★ calm students and reduces stress
★ add novelty to the class, which in turn helps to engage students

Other resources included in the Kinematics and Motion Doodle Note Bundle:

Kinematics Doodle Note Title Page
Scalars and Vectors; Distance, Position, Displacement; Drawing Vectors; Adding Vectors
Speed
Position-Time Graphs / Distance-Time Graphs (2 versions included)
Velocity-Time Graphs / Speed-Time Graphs (2 versions included)
Acceleration, Using the 5 Equations of Kinematics
Deriving the 5 Equations of Kinematics
Acceleration due to Gravity
Projectile Motion (Physical Science version)
Projectile Motion (Physics version, with practice problems)
Relative Motion (1-D and 2-D)
Acceleration in Two Dimensions

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More Chemistry Resources
More Physics Resources
More Biology Resources
More Science Resources

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@mrsbrosseausbinder #physicsdoodlenotes

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Used with permission.
Total Pages
3 student pages + 3 answer keys + 3 anchor charts = 9 pages
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