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.
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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.
A multi-station high-school/middle-school physics activity that teaches uniform acceleration through hands-on experimentation, research, reading, video, and multiple-choice assessment.
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.
A hands-on science journal that guides young students through a sink-or-float experiment, teaching prediction (hypothesis), observation, and recording of results.
Teach or review the scientific method process through a hands-on ramp/toy-car experiment testing which fabric surface makes a car travel fastest.
An editable, blank scientific investigation template booklet that can be adapted to any science experiment, guiding students through the steps of the scientific method.
In-depth teacher background/theory guide on plant biology (seed anatomy, germination, root systems, photosynthesis) paired with embedded fill-in-the-blank student journal prompts and classroom experiment suggestions, intended to support a plant life-cycle observation unit.
A blank student investigation worksheet guiding a hands-on experiment testing how the surface a toy car rolls onto affects the distance it travels, to teach the concept of friction.
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.
The lesson begins with two tomato plants treated differently in more than one way, prompting students to discuss why the conclusion is unreliable. Fill-in notes introduce independent, dependent, and controlled variables before students apply the terms to basketball, studying, and a derby-car scenario. A short review and model answers support the follow-up discussion.
A simple observation-based science experiment worksheet where students watch a burning candle and record what happens to explain physical/chemical changes in matter (melting, burning, irreversibility).
A science resource introducing photosynthesis through a reading passage plus comprehension questions, and hands-on experiments (seed germination/light exposure, chlorophyll extraction, and at least one more experiment) to reinforce the concept.
Students predict which balls will need the most and least blowing to begin rolling, then record observations for up to six balls on soft-to-vigorous scales. Two recording pages provide hypothesis, experiment, outcome and conclusion sections. Compare results with predictions and discuss the limits of the test: different balls vary in several properties, so these qualitative observations do not isolate the effect of weight, size or texture alone.
A grade 4-5 plant-science teaching unit combining overhead-projector student notes with hands-on discovery worksheets and optional enrichment activities covering seeds, roots, stems, leaves, flowers, plant needs, and the plant life cycle.
An elementary unit-study booklet (with combined student and teacher booklet versions) on static electricity, static discharge/shock, lightning, and Benjamin Franklin's kite experiment; the title indicates current-electricity content is also covered.
Teach elementary students the basics of static electricity through a set of simple, safe hands-on experiments.
A 90-minute Grade 6 biology lesson plan teaching the process of photosynthesis through explanation, a simple experiment, and a worksheet.
An elementary unit-study booklet teaching how circuits work (components, batteries, short circuits, functional circuits) with a hands-on short-circuit experiment, in matching student and teacher booklet versions.
Provide a hands-on home/troop science activity booklet (aimed partly at Girl Scout leaders) teaching kitchen-based science concepts such as density through experiments.
First-person narrative eBook chapter ('Chapter 33: Water Bottle Rockets') from 'Middle Schoolin': 50 Stories about the Challenges, Humor, and Rewards of Teaching' by Paul Rallion, recounting a middle-school science class's water-bottle-rocket experiment used to teach Newton's three laws of motion.
One-page graphic organizer worksheet for students to record the steps of the scientific method for an investigation.
Make learning about apples fun with this apple science experiment. Students will practice making predictions , conducting an experiment, and recording their results with this apple sink or float experiment. What is Included: There is a detailed instructional page that provides detailed instructions for the experiment, a materials list…