pdf, 1.61 MB
pdf, 1.61 MB

Middle School Back to School Physics: 2-page STEM packet on potential vs. kinetic energy, friction, centripetal force, banked turns, & average speed math.

Bring roller coaster physics to life in your classroom! The Paper Roller Coaster Challenge (BTS13) challenges middle school student teams to act as mechanical engineers, constructing a paper track out of cardstock that guides a marble from a height of 40 cm for the longest ride time possible.

Students explore potential vs. kinetic energy, friction, centripetal force, banked turns, and average speed calculations (s = d / t) while designing high-performance coaster tracks!

What Is Included in This 2-Page Packet?

Page 1: Student Mission Card & Blueprint: Real-world amusement park engineering and physics scenario, clear material constraints box (4 cardstock sheets, 1 m tape, 1 marble, 40 cm start height, maximum time goal), and a dedicated Coaster Track Schematic & Energy Map sketching zone for pre-build track planning and energy labeling.

Page 2: Testing Log & Scientific Reflection: Structured Data Testing Table (track coaster features, track length in centimeters, and total ride time across 3 prototype runs), Applied Math Connection (calculate the marble’s average speed in centimeters per second using s = d / t), and physics reflection questions analyzing potential to kinetic energy conversion, friction management, momentum control, and centripetal force on turns.

Core STEM Skills Covered:

Potential Energy, Kinetic Energy & Energy Transformations

Friction, Centripetal Force, Acceleration & Track Mechanics

Data Logging, Distance Measurements (cm), Time Tracking (s), and Speed Math

Prototyping, Failure Analysis, and Track Optimization

Why Teachers Love This Resource:

Instant Classroom Favorite: High-energy physics challenge that gets every student actively testing and tweaking track slopes!

Low-Cost Materials: Requires only cardstock paper, masking tape, and marbles.

Clean 2-Page Layout: Keeps student schematics, average speed calculations, and physics reflections organized on a single front-and-back printable sheet.

Print-Ready: High-resolution, 2-page PDF format ready for instant printing.

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