Percent Increase and Decrease Quiz
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Electromagnet - Coil Turns vs Magnetic Strength STEM Investigation
Students will investigate electromagnetism by building their own classroom-made electromagnets and testing how changing the number of wire coils affects magnetic strength. Using an iron nail, insulated wire, a battery, and paper clips, students observe how electric current creates a magnetic field and how increasing coils strengthens that field. Through repeated trials, data collection, averaging, graphing, and a CER, students discover the relationship between coil turns and magnetic force whi
6th - 11th
Basic Principles, Physical Science, Physics
NGSS
MS-ETS1-2
, MS-PS2-3
, MS-ETS1-1
+2
Newton 1st Law of Motion STEM Investigation | Penny and Index Card Inertia Test
Students will investigate Newton’s First Law of Motion by testing how different masses behave when the support beneath them is removed rapidly. Using an index card, a coin, and a cup, students flick the card to observe whether objects of varying mass drop straight into the cup or move with the card. Through repeated trials, data recording, percent-success calculations, class graphing, and a CER, students learn how inertia affects motion and why mass influences the likelihood of movement. Learni
6th - 11th
Basic Principles, Physical Science, Physics
NGSS
MS-ETS1-2
, MS-PS2-2
, MS-ETS1-1
+2
How Candy Is Made: Candy Chemistry Reading Passages, Comprehension Questions
Explore the science of candy with a complete, print-and-go mini-unit that blends chemistry, physics, and reading comprehension. Students learn how temperature, crystallization, and gelling agents transform simple sugar into chocolate, gummies, hard candies, and cotton candy. You’ll get 4 engaging reading passages (with questions, vocab, and answer keys), a Candy Process Diagram activity, discussion prompts, exit tickets, and a 10-question mixed-format quiz. Perfect for science, ELA integr
3rd - 6th
Basic Principles, Reading, Reading Strategies
Scientific Investigation: Which Pie Stays Fresher? | Variables & Data Lab
Bring the scientific method to life with this engaging, real-world lab! Students act as scientists testing which type of pie — apple, pumpkin, or pecan — stays freshest over time. They’ll identify variables, form hypotheses, record data, graph results, and write conclusions. This download includes everything you need for a complete science investigation lesson: ✅ Teacher + Student Editions (22 cards total) ✅ Step-by-step Procedure + Setup Diagram ✅ Editable Data Tables & Blank Line Graphs
3rd - 6th
Basic Principles, General Science, Other (Science)
Groundhog Day STEM Groundhog Day Science Groundhog Day Art & Shadow Activities
Celebrate Groundhog Day with a hands-on STEM challenge that’s creative & educational! Perfect for grades 2–8, this activity combines science, art, and engineering & math to explore the fascinating world of light and shadows. Students will love experimenting with angles and distances to create groundhog shadows, while adding a unique twist with “street art” shadow tracing. What’s the Groundhog Graffiti STEM Challenge all about?Students work individually or in teams to: Design and manipulate
2nd - 8th
Basic Principles, Engineering, Visual Arts
NGSS
K-2-ETS1-2
, K-2-ETS1-3
, MS-ETS1-2
+7
The Haunted Lab: STEM Circuit Challenge + 4 Free Posters & 2 Coloring Pages
Turn your classroom into a Haunted Lab! In this high-engagement STEM circuit challenge, students act as spooky scientists, wiring batteries, LEDs, buzzers, and switches to bring a haunted house to life—a perfect blend of Halloween fun and real science. The lesson covers closed vs. open circuits, conductors/insulators, and energy transfer with crystal-clear procedures, diagrams, data tables, analysis prompts, and assessment tools. To make setup effortless and eye-catching, you’ll also get 4
4th - 8th
Basic Principles, Engineering, Physical Science
Turkey Habitat Biome Dioramas – Animals, Ecosystems
Bring ecosystems to life with a hands-on 3D turkey habitat diorama project! In this complete science lesson, students research a biome where wild turkeys can live, then design a shoebox diorama that shows a healthy ecosystem with plants, animals, landforms, and water sources. Over 2–3 class periods, learners move step-by-step from background reading to planning, sketching, building, labeling, and writing about their model. They explore key concepts like habitat vs. biome vs. ecosystem, produc
3rd - 6th
Basic Principles, Environment, General Science
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