Newton’s 3 Laws of Motion – Lab Station Activity
Teach Newton's Three Laws of Motion through a rotating multi-station hands-on physics lab activity.
Classroom resources
Plan high-school investigations that involve testing, measuring and explaining results. Explore physics, chemistry, biology and student-designed experiments.
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Teach Newton's Three Laws of Motion through a rotating multi-station hands-on physics lab activity.
Guide students through a hands-on physics experiment testing how the speed of objects rolling down an inclined plane relates to potential energy.
An interactive lab investigation guide (both printable and PowerPoint/interactive formats, with a teacher key) using the PhET Circuit Construction Kit: DC simulation to have students investigate what factors affect the strength of electric current.
Teach the physics of friction (types, causes, applications, coefficient of friction) through a rotating multi-station lab activity.
Guide students through a hands-on friction experiment comparing the pulling force needed to move a wooden block across different surfaces, then reflect on results.
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 multi-station high-school/middle-school physics activity that teaches uniform acceleration through hands-on experimentation, research, reading, video, and multiple-choice assessment.
Guide students through a rotating, hands-on lab-station circuit of activities covering electrical safety, atomic/electron basics, hands-on circuit building, research, and knowledge checks on current electricity and circuit diagrams.
An editable, blank scientific investigation template booklet that can be adapted to any science experiment, guiding students through the steps of the scientific method.
Hands-on lab activity teaching students about human reflexes and the nervous system by testing several reflex responses on a lab partner.
Run a 9-station rotation lab teaching acid-base neutralization chemistry through varied hands-on, research, reading, video, and assessment formats.
A hands-on lab activity teaching microscope measurement concepts: image orientation/movement, using the diaphragm to control light, depth of field, magnification and field-of-view calculations, and resolving power.
Teach synthesis, decomposition, and combustion chemical reaction types through a rotating multi-station lab activity.
One-page graphic organizer worksheet for students to record the steps of the scientific method for an investigation.
A 9-station rotation lab (7 activity stations + 2 rest stations) teaching single and double displacement reactions in chemistry through hands-on, research, reading, video and question-writing tasks.
A generic, reusable graphic-organizer template guiding students through the steps of writing up any science experiment (question, hypothesis, materials, procedure, data, conclusion).
Put scientific-method ideas into practice by comparing how much water different paper towels absorb. Students plan a controlled comparison, record measurements, calculate averages and use a graph to support their conclusion. Student notes and matched completed slides introduce variables and hypotheses beforehand, while an extension sheet suggests changing the liquid or measuring absorption time for a later investigation.
A 90-minute Grade 6 biology lesson plan teaching the process of photosynthesis through explanation, a simple experiment, and a worksheet.
A 9-station chemistry lab-rotation activity teaching the mole and Avogadro's number, molar mass, and stoichiometry calculations for middle/high school chemistry.
Explores the psychology of social media and phone use - covering usage statistics and negative effects such as anxiety, loneliness, FOMO, addiction, and attention/academic impacts - and guides students through a personal screen-time tracking experiment.
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.
Teach students about the psychological effects of social media and chronic phone use, and guide them through a self-designed screen-time experiment.
The M&M activity connects a color-count investigation with graphing and a results write-up. A companion lesson introduces the scientific-method steps through student slides and a completed teacher version. Provide the sample materials and model recording data before groups compare their findings.
A hands-on inquiry science lab where students conduct three experiments (viscosity comparison, floating paperclip, water drops on a penny) to discover the properties of water: viscosity, surface tension, and cohesion.