Fundamental principles of force, motion, and energy across classical and modern contexts. Examines matter properties, wave behavior, thermodynamics, and electromagnetism through mechanics and atomic studies.
A refined 6-page guided research packet for 3rd-grade science projects. It features a standards-aligned topic menu, dedicated sections for scientific explanation with evidence, real-world connections, model planning, and a final mission checklist.
A single-page 4x4 bingo board for first graders to identify school playground sounds, featuring large emojis and bold labels for easy recognition.
A comprehensive unit on rotational mechanics, mapping the transition from linear motion to angular dynamics through technical analysis and real-world applications.
A comprehensive STEM sequence for grades 1-5 focusing on structural engineering and physics. Students progress from exploring material properties and shapes to designing complex, efficient structures, building their understanding of forces, stability, and the engineering design process.
An undergraduate-level exploration of solid-state crystallography, moving from real-space lattice geometry and packing efficiency to the mathematical abstraction of reciprocal space and X-ray diffraction analysis. Students master the geometric principles that govern material properties at the atomic scale.
This sequence bridges the gap between abstract geometry and physical law by introducing group theory as a tool for analyzing physical systems. Students classify shapes, translate operations into matrix algebra, derive conservation laws via Noether's Theorem, and apply symmetry to quantum selection rules.
This sequence explores the physics of rotational inertia through the lens of geometry. Students transition from point-mass calculations to analyzing extended rigid bodies, investigating how the spatial distribution of mass affects an object's resistance to angular acceleration.
This sequence investigates the Square-Cube Law and scaling relationships, examining how changes in an object's dimension affect its surface area, volume, and physical behavior. Students analyze biological constraints, structural engineering limits, and thermal properties through the lens of geometric proportions.
A Pre-K engineering sequence exploring shape composition, stability, and structural design through hands-on block play and spatial reasoning challenges.
Students investigate how geometric properties influence the stability and function of structures. They analyze triangles versus squares, identify shapes in real-world bridges, and design structures under geometric constraints.
A comprehensive Hi-Lo unit for 6th graders exploring the scale of the universe, our place in the Milky Way, the technology used to explore space, and the history of human spaceflight.
A series of high-stakes science laboratory mysteries designed for middle school students. Each mystery focuses on a specific branch of science (Biology, Physics, Chemistry, Geology, Ecology) and uses 8 forensic clues to solve a case.
A comprehensive physics unit covering the behavior of mechanical and electromagnetic waves. Students transition from hands-on slinky exploration to advanced optical modeling and mathematical derivations.
A comprehensive 5-lesson unit for 4th graders exploring the properties of light energy, including how it travels, reflects, refracts, and interacts with different materials.
A collection of comprehensive week-long curricula for toddlers aged 17-18 months. Each themed week focuses on developmental play, sensory exploration, and fine motor skills for a group of 5 students with zero water play.
A five-day high school chemistry unit exploring thermochemistry, collision theory, enthalpy diagrams, and calorimetry through the lens of body heat and chemical reactions. Students investigate the anchoring phenomenon of exercise-induced heat while mastering TEKS C.13 standards.
A multi-grade collection of scientific reading comprehension and response booklets designed to build disciplinary literacy in Earth, Life, and Physical sciences across elementary and middle school levels.
A comprehensive physics sequence exploring the dual nature of light, the electromagnetic spectrum, and the interactions of radiation with matter, including the photoelectric effect and polarization.
A comprehensive 5-day review week covering 3rd-grade math and ELA standards themed around space exploration. Includes Earth, Sun, Moon, and Planets with focus on area, fractions, word problems, and opinion/informational writing.
A series of foundational science lessons designed for high school students with autism, featuring highly visual and structured activities across various scientific domains.
A comprehensive exploration of physical science and civic foundations, designed for elementary students to engage with waves, energy, government structures, and the roles of citizens.
A comprehensive high school physics curriculum sequence aligned with the Connecticut Next Generation Science Standards (CT-NGSS), focusing on core concepts, quantitative problem-solving, and visual models.
A series of lessons exploring the physics of fluids, including buoyancy, pressure, and fluid flow.
A 5-day intensive exploration of magnetic forces and fields, focusing on atomic-level causes, field interactions, and mathematical modeling of forces on charged particles. Students progress from anchoring phenomena to complex mathematical applications and a comprehensive unit review.
A partner-based research project for 9th-grade conceptual physics students focusing on diverse topics from celestial mechanics to the physics of dance. Students move through a structured research process with mandatory teacher checkpoints for source reliability.
A comprehensive collection of core science units covering Environmental Science, Biology, and Physical Science. This sequence provides high-impact instructional slides, hands-on lab experiences, guided notes, and differentiated assessments for five major scientific domains.
A comprehensive 5-day chemistry unit investigating the relationships between gas pressure, volume, temperature, and moles using lab inquiries, mathematical modeling, and real-world applications.
A 10-day exploration of the Behavior of Gases using Kinetic Molecular Theory, various gas laws, and real-world phenomena to understand gas behavior at both molecular and macroscopic scales. Students will investigate compressibility, gas variables, ideal behavior, and mixtures.
This unit explores how chemical reactions occur and how they reach a state of balance. Students investigate reaction kinetics, energy changes, and the principles of dynamic equilibrium through modeling and laboratory investigation.
A comprehensive unit exploring the properties, reactions, and mathematical relationships of acids and bases, featuring pH calculations, titrations, and buffer systems.
Students design and build a STEM leprechaun trap inspired by 'How to Catch a Leprechaun', focusing on multi-step directions and problem-solving through the engineering design process.
A comprehensive review lesson for a Physics unit on Electric Forces, covering atomic structure, electric fields, Coulomb's Law calculations, and real-world applications of electrostatics.
A hands-on science experiment exploring heat conduction using hot and cold chocolate milk with metal and plastic spoons. Designed specifically for high school students with intellectual disabilities with visual supports and simplified response formats.
A comprehensive 45-minute review lesson focusing on thermal energy, particle movement, and heat transfer. Students revisit key concepts from their interim assessment through interactive slides and a collaborative board game.
An engineering design challenge where students design, prototype, and test an insulated cup to keep water cold. Emphasizes thermal energy transfer, materials science properties, the engineering process, and data analysis.
A lab-based lesson where students determine the densities of granite and basalt to understand the differences between continental and oceanic crust.
An exploration of Indigenous Canadian architecture through the lens of structural engineering, focusing on how different cultures adapted their shelters to local climates and available materials while managing forces like wind, snow, and gravity.
An engaging, hands-on lesson where students explore the physical properties of matter through a structured anchor chart, an interactive notebook foldable, and a real-world scavenger hunt.
Students individually design and build a paper bridge, exploring engineering principles and the strength of different structures through hands-on construction.
A project-based workbooklet and guide where Year 5 students design their ultimate future school. The project is broken down into structured, bite-sized daily steps integrating English, Maths, Science, Geography, and Art.
An interactive STEM challenge and read-aloud experience based on Leo Timmers' 'Elephant Island'. Students design and build floating island rafts to rescue Arnold and his friends.
Une leçon d'éveil sensoriel pour les élèves de maternelle, centrée sur la découverte des textures à travers le toucher. Les élèves apprennent à identifier et nommer les sensations : dur, mou, doux et piquant.
A comprehensive lesson on magnetic forces, including a high-impact infographic summary and a practice worksheet covering Lorentz force, motors, and electromagnetic induction.
A complete lesson on magnetism featuring an informational reading passage and a comprehension quiz designed to mirror standardized testing formats.
A deep dive into the behavior of charged particles in magnetic fields, focusing on the mechanics of mass spectrometry and the rotational dynamics of current-carrying loops. Students will derive key equations for particle paths and analyze the torque that drives electric motors.
An in-depth exploration of electromagnetism focusing on the relationship between electric currents and magnetic fields, featuring the Biot-Savart Law, Ampere's Law, and the Lorentz Force.
A comprehensive lesson on inductors and RL circuits for AP Physics C, covering differential equations, current build-up and decay, and the physical principles of self-inductance.
A comprehensive 5E lesson exploring electromagnetic induction through the construction of motors and generators, modeling field interactions, and analyzing real-world applications like transformers.
A comprehensive project guide and planning packet for ECE students to design and deliver a 3rd-grade science demonstration. Includes project requirements, a step-by-step planning workspace, and a grading rubric.
A deep dive into Faraday's Law and Lenz's Law focusing on the calculus-based derivation of EMF for a rectangular loop moving through a uniform magnetic field.
A deep dive into electromagnetic induction, focusing on the calculus-based derivations of Faraday's Law and the conceptual application of Lenz's Law for AP Physics C students.
A comprehensive lesson exploring the three primary states of matter (solid, liquid, gas) and their physical properties, designed for 6th-grade students. Includes visual aids, guided note-taking, and teacher-led instruction.
A calculus-based exploration of the Biot-Savart Law, focusing on the derivation and calculation of magnetic fields from various current-carrying geometries. Students will compare magnetic fields to electric fields and master the integration techniques required for AP Physics C.
An engineering design challenge where students design, prototype, and test magnet mazes, exploring how different backing materials block or allow magnetic forces to pass through.
A lesson focusing on the states of matter (solid, liquid, gas) and the behavior of particles at the molecular level. Students will model particle motion and arrangement, as well as the energy changes that drive phase transitions.
A retro 90s-themed science lesson where fourth-grade students explore the concepts of pitch and amplitude (volume) through the analog mechanics and culture of cassette tapes.
This integrated lesson explores the properties of matter and the forces of gravity. Students will analyze scientific claims by identifying the reasons and evidence used to support them, bridging physical science concepts with critical reading skills.
A hands-on exploration of the physics of color, focusing on additive light mixing and subtractive pigment mixing through experimentation.
A comprehensive lesson exploring the physics of sound resonance in open and closed pipes, focusing on harmonics, wave patterns, and mathematical relationships.
A hands-on investigation into the science of sound, where 3rd graders explore vibrations, how sound travels through different materials, and the mechanics of hearing through interactive experiments and instrument building.
A hands-on science lesson for 1st grade students to explore the properties of light and reflection using flashlights and mirrors. Students will plan and conduct an investigation to see how light beams change direction when hitting a reflective surface.
An integrated Physics-Biology lesson for Grade 11 students exploring sound intensity, frequency, and hearing health through the context of airport noise exposure. Students investigate the auditory system and the risks of high-intensity sound levels.
Resources to help 3rd-grade students reflect on their scientific discoveries at the Springfield Science Museum, covering the observatory, light and sound lab, and animal programs.
A comprehensive introduction to the fundamental behaviors of sound and light waves, focusing on key phenomena like reflection, refraction, and interference.
In this lesson, students explore the relationship between wavelength and pitch. They learn that short, compressed waves create high-pitched sounds, while long, stretched waves create low-pitched sounds, distinguishing pitch from volume.
Students become 'Light Detectives' to explore how different materials interact with light, categorizing classroom objects as transparent or opaque through a hands-on scavenger hunt.
