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Preview of Which Famous Space Mission Are You? | Personality Quiz for STEM & History

Which Famous Space Mission Are You? | Personality Quiz for STEM & History

Created by
QuizBreakers
Launch your students into a journey of self-discovery! This "Which Famous Space Mission Are You?" personality quiz is a high-interest, zero-prep activity that connects the bravery of human exploration to your students' own unique goals and traits. From the "one-shot" bold solutions of Apollo 11 to the diplomatic collaboration of the International Space Station, this quiz helps students visualize complex historical and scientific achievements by seeing themselves in the "mission." What’s Incl
Preview of Sir Isaac Newton: 3 Articles w DBQ's, Quiz, PPT, Keys, & Editable Files Included

Sir Isaac Newton: 3 Articles w DBQ's, Quiz, PPT, Keys, & Editable Files Included

Sir Isaac Newton Article Bundle | Laws of Motion, Universal Gravitation, & MoreBring science to life with this engaging and comprehensive Sir Isaac Newton Article Bundle—perfect for middle school or early high school students! Whether you're introducing Newton for the first time or reinforcing key physical science concepts, this bundle has everything you need for an interactive and informative lesson. What’s Included: 3 Student-Friendly Articles: The Life of Sir Isaac Newton – a biograph
Preview of Kinematic Equations 2D Cut & Sort Matching/AP Physics Unit 1 Practice Review

Kinematic Equations 2D Cut & Sort Matching/AP Physics Unit 1 Practice Review

Review Physics or AP Physics with 2-D kinematics equations. Cut and Paste Sort Activity . Great for bellringer, practice, or review activity in physics or AP Physics. Aligned for  AP Physics 1, Unit 1 Kinematics:Topic 1.1 Scalars and Vectors in One DimensionTopic 1.2 Displacement, Velocity, Acceleration in One DimensionTopic 1.3 Representing MotionTopic 1.4 Reference Frames and Relative MotionTopic 1.5 Vectors and Motion in Two DimensionsCan be used for Physical Science, Physics, Honors Phys
Preview of MYP 1-3 Criteria B: Bouncing Ball Lab (Energy)

MYP 1-3 Criteria B: Bouncing Ball Lab (Energy)

Creating authentic MYP assessments can be challenging. No fret! Here is a Criteria B Assessment that is super easy, challenging for the kids, comes with an awesome rubric, and even includes an answer key for moderation! I love sharing the example key with the kids afterwards so they can compare their lab reports and see how they can improve! Or use it as a formative assessment! This lab report involves two things:Task 1: Design an experiment to test the relationship between kinetic and potential
Preview of Molecule Madness - Activation Energy

Molecule Madness - Activation Energy

This game explores Activation Energy—the minimum energy needed for molecules to collide and react, much like the force needed to strike a match. Think of it as pushing a boulder over a hill: once pushed far enough, it rolls down, and the reaction occurs. Activation energy is the potential energy needed for molecules to reach the point of interaction, often supplied by heat through increased collisions. In this lesson, students physically model the chemistry concept of activation energy by playin
Preview of Pi-Day Catapult — Optimize Angle & Tension (Predict vs. Measure) | MS–HS NGSS

Pi-Day Catapult — Optimize Angle & Tension (Predict vs. Measure) | MS–HS NGSS

Created by
Allison Smith
Description (NGSS included) Celebrate Pi-Day with a data-driven projectile challenge! Students tune angle and tension on a simple launcher, then predict vs. measure range and compute percent error. Teams graph Range vs. Angle (and optional Range vs. Pullback) and explain results with CER. 🧠📈 🔬 Investigate: hold one variable constant to fairly test the other. 🧮 Model: use a calibration shot or R ≈ (v²·sin(2θ))/g to predict. 📊 Analyze: compare predicted vs. measured; percent error
Preview of ENGINEERING/ AVIAITION: HOMEWORK RESEARCH ACTIVITY: MG, GRADES 5-9

ENGINEERING/ AVIAITION: HOMEWORK RESEARCH ACTIVITY: MG, GRADES 5-9

The intent of this activity is to create an interest in aircraft design at an early age. Students are capable of much creativity. Flight is an ever increasing technology. Things begin as ideas! Thanks ever so much for visiting! We are humbled by your visit.
Preview of ROCKETRY & PROPULSION: AN INTRO BOOK FOR GRADES 5-8, MG, PHYSICS

ROCKETRY & PROPULSION: AN INTRO BOOK FOR GRADES 5-8, MG, PHYSICS

This book provides students with an introduction to the fields of rocketry and propulsion. It has many diverse activities such as essays: research, art assignments, history tidbits, writing prompt, journaling, vocabulary segments, quizzes, and word games. There are 3 literary activities that cross over. This book has tidbits of physics, as well. It contains several quotes by famous intellectual giants! There are answer keys, as well. This book gives students a preview of what is to come in
Preview of ASTRONOMY QUIZ:  BLACK HOLES/  GRS. 7-12, MG,  PHYSICS, &  COLLEGE

ASTRONOMY QUIZ: BLACK HOLES/ GRS. 7-12, MG, PHYSICS, & COLLEGE

Black holes are still quite a bit mysterious. Also, we are not sure about primordial black holes. Also, are black holes ...worm holes? Science is still answering questions about black holes. Density plays a big part in black holes, and especially gravity. Thanks for visiting and supporting our humble shop. This quiz provides an answer key. Use it for a take home quiz, an extra credit activity, or even for an astronomy club. Excelsior!
Preview of Waves-Electromagnetic Spectrum Worksheet

Waves-Electromagnetic Spectrum Worksheet

Created by
Lessontopia
This electromagnetic spectrum worksheet will provide practice in identifying the diverse applications of electromagnetic waves in everyday life. Students are given a passage to read and need to identify the various forms of energy that are used in the story. Following this, they will apply their knowledge of the electromagnetic spectrum to answer questions based on the passage. Ideal for incorporation into 5E lesson plans, this electromagnetic spectrum activity serves as an excellent tool for re
Preview of The Cliffside Crash: A Motion Mystery – Newton’s Laws Case Study

The Cliffside Crash: A Motion Mystery – Newton’s Laws Case Study

Created by
Wingin' It 101
The Cliffside Crash: A Motion Mystery – Newton’s Laws Case Study Turn your classroom into a physics crime lab with this engaging one-day investigation! Students become motion detectives as they analyze the mysterious crash of Kyle Mercer using Newton’s Three Laws. Designed to hook learners with a real-world-style scenario, this resource blends critical thinking, calculation, and conceptual understanding—all wrapped in a detective-style case study they'll love. What’s Included: ✅ Student w
Preview of Fidget Spinner STEM Challenge Activities and Science Experiment

Fidget Spinner STEM Challenge Activities and Science Experiment

The ORIGINAL Fidget Spinner Stem Challenge & Science Lab! Discover the science of fidget spinners with this engaging and low-prep STEM activity. Practice scientific method with an exploration of variables, data collection, graphing, mean/average, and more...all while having fun! This self-paced, fidget spinner activity is print-and-go. Each activity sheet guides students through the project. STEM Challenge Overview:Students will use the included visual directions, graphic organizers, ch
Preview of Gifted and Talented Unit - Time Travel Research and Design Project

Gifted and Talented Unit - Time Travel Research and Design Project

★ ★ Gifted and Talented - Time Travel Research and Design Project★ ★The purpose of this unit is for students to investigate the philosophies of time and time travel. The students will apply this information to designing their own time travel vehicle and method.About This Unit:★Check it out!: This unit is included in the Gifted and Talented Upper Elementary Units Bundle at a discounted price! This middle-grades unit provides support for student to research philosophies of time and time travel
Preview of Roller Coaster Force and Motion PBL | Project Based Learning Science Enrichment

Roller Coaster Force and Motion PBL | Project Based Learning Science Enrichment

Looking for a fun and engaging way to teach about different force and motion or Newton's Laws of Motion? This project allows students to learn about friction, interia, gravity, speed, momentum, and much more by designing their own roller coaster! What is project based learning?Project Based Learning (PBL) is a hands-on way for students to learn as they design, build, and/or research a solution to reach the project's goal or a solution. The project is broken into parts so students can easily sta
Preview of LAB - Integrated Physics/Chem & Physics - Newtons Second Law - Zipline Lab

LAB - Integrated Physics/Chem & Physics - Newtons Second Law - Zipline Lab

Objectives:  Calculate the force on paper clips as they fly down a zip line using newtons second law. This clear lab allows students to easily graph relationships to connect with visual demonstration. Calculation is clear and proves newtons second law as well as the relationships it expresses. *SUGGESTED TIME TWO DAYS* Materials: tape scale string paper clips (20 per group) timer Meter Sticks or Rulers -graphing practice
Preview of MILITARY AIRCRAFT: COMPARE 2 HEAVY AIRCRAFT:C17 GLOBEMASTR & B52 BOMBER

MILITARY AIRCRAFT: COMPARE 2 HEAVY AIRCRAFT:C17 GLOBEMASTR & B52 BOMBER

The history and properties of military aircraft are not only interesting but a guide to the actual importance of these crafts. These designs and uses of military aircraft are part of American history. Excelsior! A small art portion is inserted along with the dimensions, properties, etc. Thanks for visiting and supporting our humble shop.
Preview of Gravity Force Motion Science Activity | Marble Run Roller Coaster STEM Challenge

Gravity Force Motion Science Activity | Marble Run Roller Coaster STEM Challenge

Our top-rated Marble Run Roller Coaster STEM Challenge is your ultimate hands-on physical science event, perfect for grades 3rd-6th and beyond. This budget-friendly STEM activity, with reusable materials, is easy to implement. This unit guides students through the scientific method and engineering design process as they explore forces, motion, gravity, and work. We love it for an end-of-year activity for those last weeks of school. Included in the Hands-On Science and STEM Unit:Video Explanation
Preview of Light Energy Candy Activity | Absorption Reflection Colors | Glowing Gummy Bears

Light Energy Candy Activity | Absorption Reflection Colors | Glowing Gummy Bears

Create oohs and ahhs with an easy-prep, engaging lab that explores how laser lights are absorbed and reflected by different-colored gummy bear candies. This hands-on activity can be completed in 30 minutes. It uses simple supplies and includes teacher background information, tips, an observation page, and a reading passage. Recommended for a Saint Patrick's Day Rainbow lesson. Included in the Hands-On ActivityBackground Information and Vocabulary on the Visible Light Spectrum.Hands-on Activity P
Preview of No Prep End of the Year STEM Activity Paper Airplane Engineering Design Process

No Prep End of the Year STEM Activity Paper Airplane Engineering Design Process

This is the paper airplane STEM activity you are looking for! This low prep paper engineering challenge is EASY to implement and a fun force and motion exploration. ✅ This activity can be used with ANY grade (students will need to be able to fold and crease paper). It's an excellent fine motor skills activity and always produces surprising results. If you are learning about force and motion or measurement, this challenge is perfect for you! ✅ What You'll Get ✅ Challenge PosterDescription and te
Preview of Halloween Science Activity Experiment Dissolving Candy Corn Worksheets STEM

Halloween Science Activity Experiment Dissolving Candy Corn Worksheets STEM

What's better than a low-prep candy corn STEM challenge? How about 2 of them! In these activities, students will need to use teamwork and perseverance. They will create a tower using just candy corn and one other material. They will also iteratively redesign a simple catapult to maximize the trajectory distance of the candy corn! ✅ What You'll Get ✅ Teacher instructions and lesson planEditable recording pagesDifferentiated recording page options that guide students through the engineering desi
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