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A generic, reusable graphic-organizer template guiding students through the steps of writing up any science experiment (question, hypothesis, materials, procedure, data, conclusion).
Teach Newton's Three Laws of Motion through a rotating multi-station hands-on physics lab activity.
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.
Problem-based learning (PBL) activity where students design and run an experiment (dropping a ball onto a target) to practice the scientific method, data analysis (mean, mode, standard deviation), and evidence-based argument writing.
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 plant science/botany concepts (characteristics of living things, seeds, flowers/pollen, leaves, plant cells, trees, plant classification, and plant survival) through hands-on experiments.
Teach electricity and magnetism concepts (magnetic force, compasses, electromagnets, static electricity, electroscopes, electrical circuits, generating electricity) through hands-on experiments.
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.
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 23 hands-on science labs that teach the scientific method (observation, hypothesis, communication, decision-making) through varied classroom activities and mini-experiments.
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.
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 physical science concepts (matter, properties of matter, elasticity, motion, and Newton's First Law) through hands-on experiments, framed around Newton's laws.
Teach the physics of friction (types, causes, applications, coefficient of friction) through a rotating multi-station lab activity.
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 90-minute Grade 6 biology lesson plan teaching the process of photosynthesis through explanation, a simple experiment, and a worksheet.
One-page graphic organizer worksheet for students to record the steps of the scientific method for an investigation.
A complete 5E-model science lesson bundle teaching middle/high school students how organisms evolve physical and behavioral adaptations to increase their chances of survival.
Provide 28 independent hands-on STEM/science experiment activities with supply lists and instructions for classroom, camp, or independent/group use.
Guide students through a hands-on STEM circuit-building experiment: lighting an LED using copper tape and a button battery.
A 66-page science/biography workbook profiling famous scientists (early life, discoveries, and hands-on experiments) to teach the history and process of science.
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.
Soda Pop Preferences - Scientific Method Lesson Included This engaging activity introduces students to the scientific method through an experiment involving their favorite soda pops. Students will form a hypothesis about which soda flavor they think will be most popular among their classmates.
Run a simple hands-on experiment showing the effect of sugary/acidic drinks on tooth-like material (eggshell) to teach about dental health.