Light Catchers

A comprehensive AP Physics 1 unit on one-dimensional and two-dimensional kinematics, covering free fall vertical motion, horizontal projectile pathways, experimental lab designs, and graphical signature analysis.

An interactive, hands-on physical science lesson that explores how light interacts with different types of matter (transparent, translucent, opaque) and models the behavior of light reflection using mirrors and lasers.

A 2-page printable guide for teachers featuring NGSS standards, materials setup checklist, guided exploration scripts, common student misconceptions, and answer keys.

A multi-disciplinary 3rd-grade Project-Based Learning unit. Students research extreme weather, analyze historical weather data to create bar graphs, design and write hazard-prevention plans, and present their engineered towns.

A rigorous AP Physics 1 lesson on two-dimensional projectile motion, covering independent horizontal and vertical kinematics vectors, parabolic trajectories, and laboratory analysis.

An interactive 6-slide presentation designed for 3rd graders that introduces what light is, explores how light travels in straight lines, defines transparent, translucent, and opaque matter, and explains the mechanics of reflection and sight.

A space physics sequence exploring interstellar vacuums, gravity, cosmic friction, and energy conservation across different grade bands.

A rigorous AP Physics 1 preparation lesson on free fall kinematics, covering algebra-based derivations, motion maps, vector diagrams, and detailed graphical analysis.

A 2-page printable scientific notebook for 3rd graders to record their hypotheses, experimental observations with household flashlights, and diagrams of how light travels and reflection works.

Séquence complète de sciences et technologie pour le Cycle 3 (BO 2026) explorant l'état et la constitution de la matière à l'échelle macroscopique. Les élèves étudient les trois états de la matière, la solubilité, la miscibilité, la conservation de la masse et les techniques de séparation de mélanges à travers des démarches d'investigation active.

An engaging science lesson designed to teach students the difference between qualitative and quantitative observations. Using a high-interest science experiment video as a hook, students learn to categorize descriptive vs. numerical data through structured practice and cooperative learning.

A two-page student-facing lab guide and activity sheet. Features an engaging science passage on how light interacts with materials, a uniform vocabulary matching activity, dual data tables for the window sorting and laser reflection activities, and a structured Claim-Evidence-Reasoning (CER) block.