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Lesson 10.3 - Electromagnetic Spectrum This comprehensive teaching resource, Lesson 10.3 - Electromagnetic Spectrum, is an invaluable tool for educators aiming to facilitate engaging and thorough exploration of physics- specifically the…
Lesson 2.2 - Speed This pedagogical resource is designed to aid students in grades six through twelve grasp the concept of speed within the sciences. The teaching materials included revolve around subjects like Chemistry and Physics.
The Magnetic Earth Worksheet is a great way for students to learn about the Earth's magnetic fields. They can create their own compass and see how it works.
Let students dive deep into the concepts of density and buoyancy with this interactive 5E lesson bundle. Hands-on lab stations allow exploration of sinking, floating and Archimedes’ principle through building models and designing “boats”.
A 9-station hands-on lab rotation teaching density and buoyancy concepts (mass, volume, density calculation, buoyant force, and why objects float or sink) for grades 7-10 science classrooms.
Provide a multi-resource bundle teaching the scientific method (the eight steps: questioning, controlling variables, hypothesis, planning, performing, observing, analyzing, discussing) through slide-based lessons and hands-on lab/project activities.
A multi-day high school physics introduction to forces, covering the four fundamental forces (gravitational, strong nuclear, electromagnetic, weak nuclear), everyday contact forces (normal force, friction, tension), and an accompanying acceleration-due-to-gravity inquiry lab.
Teach the physics of friction (types, causes, applications, coefficient of friction) through a rotating multi-station lab activity.
Reading-comprehension and activity unit on Light and Sound for grades 1-5, part of the Classroom Complete Press 'Hands-On' science series (single-topic chapter excerpt of a larger multi-topic book).
Reading-comprehension and activity unit on Matter and Materials for grades 1-5, part of the Classroom Complete Press 'Hands-On' science series (single-topic chapter excerpt of a larger multi-topic book).
A STEAM/NGSS-aligned Physical Science unit covering force and motion, energy, light and sound, electricity and magnetism, matter and materials, and simple machines, with reading comprehension, hands-on experiments, and assessment.
This 2-DAY lesson and lab package on How Planes and Other Aircraft Fly begins with a look at the aerodynamic forces which affect flight - Thrust, Drag, Lift and Weight. It then looks at takeoffs, level flight, banking, and landings.
Lesson 2.5 - Acceleration is an in-depth teaching resource tailored to boost learning about acceleration. It's arranged across various file formats, covering the definition and calculations methods for objects' acceleration…
A one-page hands-on STEM activity where students build a boat from found household/yard items and test whether it floats.
Guide students through a hands-on STEM circuit-building experiment: lighting an LED using copper tape and a button battery.
A full two-part science teaching unit (Light and Colour; The Human Eye) for grades 4-6 that combines overhead notes with hands-on activities covering luminous/illuminated objects, transparent/translucent/opaque materials, the light spectrum, reflection, refraction, colour/pigments, eye anatomy, and optical illusions.
Multi-station lab activity for high school physical science teaching magnetic-field concepts through hands-on observation, research, reading, video, and question-writing tasks.
A 7-station (plus 2 rest stations) hands-on science lab activity teaching mass, weight, volume, density, and buoyancy through varied tasks: modeling, research, opinion writing, reading comprehension, multiple-choice testing, a video assignment, and question writing.
Teach Newton's Three Laws of Motion through a rotating multi-station hands-on physics lab activity.
Physics Lab Station Activity: Exploring One and Two-Dimensional Motion In this inquiry-based physics lab activity, students will actively investigate concepts of one and two-dimensional motion through nine interactive stations.
I designed this activity to bring physics concepts to life through active learning as I've found this is the best way to engage your students and keep them interested.
This resource is a Potential and Kinetic Energy Lab. The objective is for students to roll 3 balls down a ramp and determine which ball has the most kinetic energy, based on how far it moves a cup.
Guide students through a hands-on physics experiment testing how the speed of objects rolling down an inclined plane relates to potential energy.
A multi-station physics lab activity teaching the concept of power (including horsepower, work, and energy efficiency) through 9 rotating stations combining hands-on measurement, research, video analysis, reading, and knowledge checks.