Mrs. C Science Studio

This hands-on lab activity allows students to actively explore Newton’s Second and Third Laws of Motion by modeling a car collision using a toy car and a simple setup. Students will conduct experiments to observe how force, mass, and acceleration influence the outcome of a collision. Through this experiment, they will calculate force using the formula F=ma (Newton’s Second Law) and analyze the relationship between acceleration and collision impact. This activity encourages students to apply theo

Turn your classroom into a museum of evolutionary history with The Grocery Store Time Machine Project! This comprehensive unit project challenges students to "hack" evolution by investigating how humans have transformed wild plants into the familiar fruits and vegetables we eat today. It’s the perfect way to make the concepts of Natural vs. Artificial Selection tangible and relevant. ✨ What’s Included: Engagement Slideshow: A "Your Lunch is a Lie" themed presentation that introduces the core c

🌎 Unit Project: “What Happens If…?” — Environmental Change & Energy in Organisms Looking for an engaging, standards-aligned project that gets students thinking critically about environmental changes, energy flow, and biomolecules? This student-driven investigation challenges learners to explore real-world cause-and-effect relationships while reinforcing core life science concepts. In this project, students choose an environmental change and a real organism, then predict and explain how th

Help your students truly understand how genes code for proteins and proteins create traits with this engaging group research and poster project! In this collaborative activity, students work in small groups to become “experts” on a specific trait and clearly explain the connection between DNA → genes → proteins → traits. Students research one assigned trait (such as blood type, eye color, insulin, or muscle growth) and create a science poster using a guided template that breaks down complex

Tides Guided Notes! Take the mystery out of the rising and falling ocean with these Tides Guided Notes! This resource helps students visualize the invisible forces of gravity and understand how the dance between the Earth, Moon, and Sun creates the rhythmic movement of our seas. ✨ What’s Included: Student-friendly guided notes covering:The Basics of Tides: Defining high vs. low tide and the daily cycle of coastal waters.Gravitational Pull: Exploring how the Moon (and the Sun) exerts force on Ea

Seasons and Earth's Tilt Guided Notes! Help your students master the astronomical reasons behind our changing climate with these Seasons & Earth’s Tilt Guided Notes! This resource is designed to take the mystery out of Earth's movement, helping students visualize the relationship between axial tilt, orbital position, and solar intensity. Whether you are teaching rotation vs. revolution or the specifics of the solstices, these notes provide a structured and visual framework to ensure every stude

“Intro to Atoms, Molecules & Compounds | Guided Notes & Practice Slides”Give your students a clear and engaging introduction to the fundamentals of chemistry with this ready-to-use slideshow on atoms, molecules, and compounds. Perfect for launching a Structure of Matter unit, this resource breaks down essential concepts in a simple, student-friendly way and provides built-in practice to reinforce learning. Teachers can use this slideshow for direct instruction, guided notes, station work, or in

Genetics Jeopardy: The Ultimate Review GameMake reviewing Mendelian genetics, DNA structure, and heredity engaging and interactive with this Jeopardy-style review game! This activity helps students strengthen their understanding of how traits are passed down through generations while encouraging teamwork, healthy competition, and critical thinking. Students work in teams to navigate challenges related to genotypes, phenotypes, Punnett squares, etc., making this a perfect resource for unit re

🥕 How Does Our Body Get Energy from Food? Guided Notes Make nutrition and biology engaging with this guided notes worksheet that helps students understand how our bodies get energy from the food we eat! This interactive resource breaks down the three main macromolecules — carbohydrates, lipids, and proteins — in a simple, visual, and student-friendly way. ✨ What’s Included: Step-by-step guided notes covering: What macromolecules are The 3 types of macromolecules: carbohydrates, lipids (fats

Make reviewing heat transfer and thermal energy engaging and interactive with this Jeopardy-style review game! This activity helps students strengthen their understanding of how thermal energy moves through conduction, convection, and radiation, while reinforcing key vocabulary and real-world examples. Students work in teams to answer questions across multiple categories, making this a perfect resource for unit review, test prep, or an interactive class review day. The competitive format kee

Introducing the Interactive Rock Cycle WebQuest – a dynamic, engaging, and student-centered learning experience designed to bring the fascinating process of the rock cycle to life! This webquest allows students to explore the three main types of rocks—igneous, sedimentary, and metamorphic—and understand how each is formed through the processes of cooling, compaction, heat, and pressure. Through an easy-to-navigate website, students will engage with interactive simulations, diagrams, and real-wo

Make reviewing Newton’s Second and Third Laws and net forces engaging and interactive with this Jeopardy-style review game! This activity helps students strengthen their understanding of how forces affect motion while encouraging teamwork, discussion, and critical thinking. Students work in teams to answer questions related to force, mass, acceleration, action–reaction pairs, and net force, making this a perfect resource for unit review, test prep, or an interactive class review day

Make reviewing atoms, molecules, and compounds fun and engaging with this Jeopardy-style review game! This interactive activity is perfect for helping students reinforce key physical science and chemistry concepts while encouraging teamwork, discussion, and critical thinking. Students work in teams to answer questions across multiple categories, including atomic structure, subatomic particles, elements vs. compounds, and chemical formulas. This game is great for test prep, unit review, or an

Make atom review fun, competitive, and engaging with this Atomic Structure Jeopardy-style review game! This activity is perfect for helping students review key concepts related to atoms, subatomic particles, and atomic structure while keeping them actively involved. Students work in teams to answer questions across multiple categories, reinforcing vocabulary, concepts, and critical thinking in a low-stress, high-engagement format. This resource works great as a pre-test review, post-lesson re

Make reviewing physical and chemical changes engaging and stress-free with this Jeopardy-style review game! This interactive activity helps students strengthen their understanding of physical vs. chemical properties, the Law of Conservation of Mass, and balancing chemical equations—all while working collaboratively in teams. Students answer questions across multiple categories that reinforce key chemistry concepts and encourage discussion, reasoning, and participation. This game is perfect

Make reviewing biomolecules and growth factors engaging and interactive with this Jeopardy-style review game! This activity helps students strengthen their understanding of how carbohydrates, proteins, and lipids support growth, energy, and development in living organisms. Students work in teams to answer questions that connect structure to function, reinforce key vocabulary, and apply concepts to real-world biological examples. This game is perfect for unit review, test prep, or an engagi

Hands-On Activity — Modeling Newton’s 2nd & 3rd Law: Changing MassBring Newton’s 2nd and 3rd Laws to life with this highly engaging, hands-on investigation! In this activity, students explore how changing the mass of a vehicle affects its acceleration, collision impact, and reaction forces. Using simple materials—a toy car, book “wall,” and 50g of clay—students model a real-world crash scenario and collect meaningful data to deepen their understanding of force and motion. Students compare th

Sexual & Asexual Reproduction Guided NotesMake learning about reproduction clear and interactive with these guided notes that help students compare and contrast sexual and asexual reproduction in a structured, visual way! This resource simplifies complex biological concepts while keeping students engaged through diagrams, examples, and hands-on reflection. ✨ What’s Included: Student-friendly guided notes covering: What reproduction is and why it’s important Characteristics of asexual vs. sexu

Engage your students in the fascinating world of reproduction with this interactive Amoeba Sisters note-taking activity. Designed to accompany the Amoeba Sisters video on Asexual and Sexual Reproduction, this activity will help students understand the key concepts of these two types of reproduction while improving their note-taking skills. The activity includes fill-in-the-blank sentences that guide students through the major points discussed in the video. By actively participating in this exe

Physical vs. Chemical Changes Review | Interactive Google Slides + PracticeMake reviewing physical and chemical changes engaging and stress-free with this ready-to-use Google Slides lesson! Perfect for middle school science, this resource clearly reviews the difference between physical changes and chemical changes and includes multiple practice problems for students to apply their understanding. Students can respond using whiteboards, notebooks, or digital devices, making this activity flex