Spin and Slide Teacher Guide
A 1-page teacher facilitation guide for the Spin and Slide lesson, including a 60-minute pacing timeline, essential questions, and strategies for addressing common student misconceptions about rotational energy.
Energy Motion Reading
A 2-page guided reading passage for students exploring translational and rotational kinetic energy, including definitions, formulas, and the concept of total kinetic energy for rolling objects with comprehension questions.
Kinetic Duo Organizer
A graphic organizer for students to compare and contrast linear and rotational variables, units, and formulas, including a drawing space for visualizing rolling motion.
Motion Math Worksheet
A 2-page problem set for students to practice calculating rotational and translational kinetic energy, including rolling objects and conservation of energy on ramps.
Spin and Slide Slides
A visual presentation for the Spin and Slide lesson, comparing translational and rotational kinetic energy, including formulas, conceptual comparisons, and a breakdown of the energy 'budget' for rolling objects.
Motion Math Answer Key
A detailed answer key for the Motion Math Worksheet, providing step-by-step solutions, derivations, and final numerical answers for rotational and translational energy problems.
Energy Motion Reading Updated
A 3-page guided reading passage for students exploring translational and rotational kinetic energy, now featuring a detailed energy conservation comparison diagram (FIG C) between sliding and rolling objects on a ramp.
Spin and Slide Slides Updated
A visual presentation for the Spin and Slide lesson, comparing translational and rotational kinetic energy, now including a dedicated slide with a ramp diagram and energy distribution bar charts.
Energy Motion Reading Updated
A 3-page guided reading passage for students exploring translational and rotational kinetic energy, featuring a detailed energy conservation comparison diagram between sliding and rolling objects on a ramp.
Energy Motion Reading Updated
A 3-page guided reading passage for students exploring translational and rotational kinetic energy, now featuring a detailed energy conservation comparison diagram (FIG C) between sliding and rolling objects on a ramp.
Kinetic Duo Organizer Updated
A graphic organizer for students to compare and contrast linear and rotational variables, units, and formulas, including a drawing space for visualizing rolling motion.
Motion Math Worksheet Updated
A 2-page problem set for students to practice calculating rotational and translational kinetic energy, now featuring a 3-way race comparison between a sliding block, a solid cylinder, and a hoop.
Motion Math Answer Key Updated
Updated answer key for the Motion Math Worksheet v2, including detailed numerical solutions for the sliding box vs. rolling objects comparison.
Motion Math Worksheet Updated
A 2-page problem set for students to practice calculating rotational and translational kinetic energy, now featuring a 5-object comparison (The Grand Prix of Shapes) including solid/hollow spheres and cylinders.
Motion Math Answer Key Updated
Updated answer key for the Motion Math Worksheet v3, including rankings and numerical velocities for all 5 race objects (Sliding, Solid/Hollow Sphere, Solid/Hollow Cylinder).
Motion Math Worksheet Updated
A 2-page problem set for students to practice calculating rotational and translational kinetic energy, now featuring a 5-object comparison (The Grand Prix of Shapes) including solid/hollow spheres and cylinders. All race objects and the ranking grid are now optimized for layout on a single page.
Spin and Slide Slides Updated Final
A comprehensive visual presentation for the Spin and Slide lesson, now featuring the "Grand Prix of Shapes" with 5 race objects, podium rankings, and a comparative analysis of the "spin tax" vs. linear speed.
Energy Motion Reading Updated Final
Updated reading passage featuring "The Grand Prix of Shapes," explaining the 5-object race with blank Moment of Inertia (\(I\)) fields for student completion and a detailed energy-split visualization.
Energy Motion Reading Final
Updated reading passage featuring "The Grand Prix of Shapes," explaining the 5-object race with blank Moment of Inertia (\(I\)) fields for student completion and a detailed energy-split visualization.
Energy Dynamics Investigation Dossier
A comprehensive 3-page technical dossier for students. The first two pages provide a deep-dive explanation into the partitioning of energy between translational and rotational forms, while the final page presents an open-ended "Grand Prix" race scenario for investigation and analysis. All formula boxes and simplifying terms are blank for student completion.
Energy Dynamics Investigation Dossier Updated
A comprehensive 3-page technical dossier for students. The first page presents the "Gravity Invitational" scene with a ramp description and boxes for four objects. The second page features the "Law of the Energy Budget" with blank formula areas for student completion of the kinetic energy split derivation. The final page is an analysis section with an energy distribution table and open-ended investigation questions.
Energy Dynamics Investigation Dossier Final
A comprehensive 3-page technical dossier for students. The first page presents the "Gravity Invitational" scene with empty boxes for students to sketch four objects and a ramp. The second page features the "Law of the Energy Budget" with completely blank work areas for student-led mathematical derivation. The final page is an analysis section for energy distribution and race results.
Energy Dynamics Investigation Dossier Final
A comprehensive 3-page technical dossier for students. The first page presents the "Gravity Invitational" scene with empty boxes for students to sketch four objects and a ramp. The second page features the "Law of the Energy Budget" with completely blank work areas for student-led mathematical derivation. The final page is an analysis section for energy distribution and race results.
Energy Dynamics Investigation Dossier Final
A comprehensive 3-page technical dossier for students. The first page presents the "Gravity Invitational" scene with empty boxes for students to sketch four objects and a ramp. The second page features the "Law of the Energy Budget" with completely blank work areas for student-led mathematical derivation. The final page is an analysis section for energy distribution and race results.
Energy Dynamics Investigation Dossier Final
A comprehensive 3-page technical dossier for students. The first page presents the "Gravity Invitational" scene with empty boxes for students to sketch four objects and a ramp. The second page features the "Law of the Energy Budget" with completely blank work areas for student-led mathematical derivation. The final page is an analysis section for energy distribution and race results. All student input areas, including the conservation equation and table cells, are now fully blank.
