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A multi-station physics lab activity teaching projectile motion (initial velocity, launch angle) through hands-on measurement, research, reading, and knowledge-check stations built around a catapult/paper-football theme.
A 9-station physics lab activity on light refraction (Snell's Law) for a self-directed 30-45 minute lesson: a reading passage, station cards, a lab passport/answer booklet, a video-response worksheet, a knowledge-check quiz, and bonus word scramble/word search.
A multi-chapter STEM curriculum pack teaching the physics and engineering behind renewable energy technologies (solar, wind, hydro/ocean, and likely more) so students can approach energy design challenges like engineers.
Teach air-science concepts (air pressure, gas properties, breathing/respiration in humans/animals/plants, Bernoulli's principle, carbon dioxide, barometers, siphons) through hands-on hypothesis-driven experiments framed around Newton's scientific method.
Teach electricity and magnetism concepts (magnetic force, compasses, electromagnets, static electricity, electroscopes, electrical circuits, generating electricity) through hands-on experiments.
Teach physical science concepts (matter, properties of matter, elasticity, motion, and Newton's First Law) through hands-on experiments, framed around Newton's laws.
Science Action Labs Science Fun: Activities to Encourage Students to Think and Solve Problems This amazing resource is a practical teaching tool designed for educators, both in traditional classroom settings and homeschool environments.
A collection of 31 hands-on science 'puzzler' activities and demonstrations covering physics concepts (gravity, magnetism, balance, motion, light) framed as mysteries for students to solve.
A hands-on physical-science workbook of lab activities exploring sound and light concepts (e.g. mirrors, sound waves, rainbow lab) for classroom demonstration or individual student use.
A set of three hands-on preschool science activities introducing sound/vibration, weather observation and tracking, and static electricity through play-based experiments and crafts.
Bundle of 6 simple hands-on science investigations for practicing the scientific method (hypothesis, variables, data collection, analysis).
Table of contents: p.4 Text with illustrations: Simple machines and forces p.5 Questions p.6 Answer key p.7-8 Text with illustrations: Inclined plane p.9 Questions p.10 Answer key p.11-12 Lab : Inclined plane p.13-14 Text with…
This heat worksheet is perfect for helping students understand how heat affects different objects. By placing items in direct sunlight or under a heat lamp, they can see the effects for themselves and record their observations.
Sound Energy Two Lesson Unit: Lesson Plan, Printables, Powerpoint and Quiz This comprehensive teaching resource introduces the concept of sound energy to grade 4 and grade 5 students. The Sound Energy mini-unit is divided into two distinct lesson plans supplemented with 10 printable worksheets, an animated powerpoint presentation, and…
Teach elementary students the basics of static electricity through a set of simple, safe hands-on experiments.
Engage students with static electricity/electrostatics concepts through a rotating 9-station hands-on lab activity.
Provide 28 independent hands-on STEM/science experiment activities with supply lists and instructions for classroom, camp, or independent/group use.
A multi-station high-school/middle-school physics activity that teaches uniform acceleration through hands-on experimentation, research, reading, video, and multiple-choice assessment.