Lesson 4: KanJam-Aerodynamics & Deflection Geometry
Duration of Days: 1
Lesson Objective
Students will analyze and apply the principles of Bernoulli’s Principle to adjust disc flight paths for varied wind conditions.
How can an "Instant Win" throw be mathematically calculated based on the angle of approach?
Bernoulli’s Principle, Lift, Angle of Attack, Deflection, Dinger.
2.12.2 Demonstrates knowledge of tactics and strategies within recreational & backyard games.
(DOK 1) Recall the point values for a Dinger, Deuce, and Bucket.
(DOK 4) Analyze video footage of your partner’s deflection and create a corrective plan to improve their accuracy based on hand positioning.
While these games are often associated with casual gatherings, they represent a multi-billion dollar professional industry and a lifelong pathway to social fitness. This unit challenges students to move beyond "playing for fun" and into the realm of advanced mechanics and sports management. Students will analyze the aerodynamics of a frisbee, the geometry of a bocce court, and the leadership required to run a community-wide event.
Backyard games are not competitive.
Group students of differing abilities
Group students of like abilities
Use a variety of frisbee sizes
Adjust the distance between "cans"
Students evaluate a partner’s "angle of attack" and provide one technical correction.
KanJam goals
Flying discs (Frisbees)