Percent Increase and Decrease Quiz
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Working Lung Model Engineering Lab — Boyle's Law & Breathing
This lab uses the principles of Boyle’s Law to demonstrate how the human body manipulates air pressure to sustain life. It is one of the most effective ways to visualize a process that happens internally and invisibly every few seconds. Activity DescriptionThe Working Lung Model is a physical simulation of the thoracic cavity. By pulling on the bottom balloon (the diaphragm), students increase the volume inside the cup (the chest). This creates a vacuum (low pressure), forcing outside air to
5th - 9th
Anatomy, Biology, Engineering
Also included in: Human Body Systems Bundle
Work, Energy & Power – Theme Park Physics Lab with Simulation, Graph & Quiz
Mission: Work, Energy & Power | Theme Park Physics Challenge with Simulation & QuizStep into the shoes of an amusement park engineer and power up the rides with physics! In this hands-on digital lab, students explore how energy transforms, how power is calculated, and how friction affects motion—all through a no-install simulation app. Using four interactive labs (ramps, springs, pendulums, and power calculators), learners experiment with potential energy, kinetic energy, elastic energy, and
7th - 12th
Engineering, General Science, Physics
Impulse & Momentum – Crash Physics Lab with App Simulation, Quiz & Game Board
Mission 9: Impulse & Momentum | Crash Physics Lab + App Simulation + Puzzle GameDesign a safer crash using real-world physics! In this action-packed, app-powered lab, students explore momentum, impulse, and collision safety by simulating crashes, graphing forces, and experimenting with safety features like padding and crumple zones. They’ll investigate elastic vs. inelastic collisions, apply the formula FΔt = Δp, and analyze how changes in time affect impact force. With a self-marked quiz,
7th - 12th
Engineering, General Science, Physics
Drone Racing Challenge | Speed, Time & Distance Lab + App Simulation + Auto Quiz
Get ready for takeoff! In this revolutionary, app-powered physics lab, students explore the relationship between speed, distance, and time through a high-stakes drone racing challenge. Using a downloadable HTML simulation app (no install or login needed, works on any device: f or iPad devices, first download the free Documents app from the App Store then download and open this App.), learners compare average and instantaneous speed, analyze motion graphs, and test race strategies. This lesson
7th - 12th
Engineering, General Science, Physics
Mass vs. Weight Physics Mission | Gravity Lab + QR App with Graphing and Quiz
Mission 2: Mass vs. Weight | Gravity Simulation Lab with QR App, Graphing & Auto Quiz Reimagine how your students learn physics with this revolutionary, tech-powered STEM lab. Unlike traditional worksheets, this lesson uses a download-and-go HTML simulation app that brings gravity, mass, and weight to life through interactive exploration— no installations, logins, or software required. Students simulate their weight on the Moon, Earth, Mars, and Jupiter, uncover patterns in real-time graphs,
7th - 12th
Engineering, General Science, Physics
Jetpack Physics: Newton’s Third Law Lab with QR App,Puzzle & Auto Quiz
Explore action-reaction like never before! In this interactive physics lab, students apply Newton’s Third Law to test and design jetpack launches. Using the included HTML-based app, they adjust thrust, observe motion, and evaluate the stability of different launch settings—all in real time, with no installation required. Works on any device, For iPad devices, first download the free Documents app from the App Store then download and open this App.)From force diagrams to solving a creative
7th - 12th
Engineering, General Science, Physics
Density, Displacement and Percent Error Lab *Including Distance Learning Version
This lab is a simple activity that has students explore the concepts of density calculations by calculating the displacement. Students then calculate error to determine their percent error. I use this lab as an introduction to chemistry topics, density calculations, and discussion of sources of error. The file includes the procedure page and student lab page with three conclusion questions. The file also includes a virtual version of this lab that can be used for distance learning. If you enjo
10th - 12th
Chemistry, Engineering, Science
Also included in: AAAllgood Chemistry *LAB* Bundle
HTML & CSS Web Design Bundle Curriculum Full Semester | Grades 9-12 | Coding
HTML & CSS Web Design Bundle Curriculum Full Semester | Grades 9–12 | High School | 15 Comprehensive Lessons + Labs + Slides Teach Students to Build Complete websitesThis series is designed to take students from absolute beginners to confident front-end developers who understand how to build clean, responsive, and accessible web pages using HTML and CSS. Each lesson is scaffolded to build on the previous one, with hands-on labs, real-world challenges, and reflection opportunities. What's Include
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
Digital Forensics Foundations Unit Lesson, Lab, Assessment, Quiz Unit Bundle
Digital Forensics Investigation Lab | Browser History Analysis Case | Cybersecurity No Prep In this Digital Forensics Investigation Lab, students analyze authentic browser history, downloads, and system artifacts to determine whether a suspect attempted to leak sensitive company data. This real-world, case-based lab mirrors professional cybersecurity workflows and keeps students highly engaged throughout multiple class periods. Perfect for Computer Science, Cybersecurity, and Digital Literacy co
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Forensics
STEM Investigations Growing Bundle — Scientific Method, Design, Data & CER
Build a high-engagement, low-prep STEM program that grows with you. This Growing Bundle collects my best STEM investigations—each one built around true engineering design, fair testing, repeated trials, data tables, graphing, and CER writing. Buy once and get every future lab added to this bundle at no extra cost (price increases as new labs are added). What Students Do Define independent, dependent, and controlled variablesPlan and run repeatable trials with clear procedures and safetyRecord
6th - 11th
Chemistry, Engineering, Physical Science
NGSS
MS-ETS1-2
, HS-ETS1-2
, HS-ETS1-3
+5
Football Concussion Science: Egg-Helmet Engineering Lab (Forces & Impulse)
Tired of abstract lectures about momentum and concussions that students forget by the next day? Picture your class building, testing, and iterating real prototypes while applying Force, Impulse, and energy-transfer principles — and actually understanding why helmet design changed over the last 60 years. You know that moment when a physics topic becomes nothing more than symbols on the board? This engineering lab flips that script: students design an egg "helmet," collect drop-test data, analyz
7th - 10th
Engineering, General Science, Physics
Also included in: Middle School Science STEM Activities Bundle | Grades 4-8
How to Read Vernier Calipers (Classroom and Online Learning)
Vernier Calipers are a valuable measuring tool that enable us to increase our degree of precision when measuring the size of objects. Digital and dial calipers are used in both industry and science labs, but they can be quite expensive to outfit a classroom in which each student uses a set of calipers. However, learning to read the inexpensive manual calipers can be somewhat confusing, thus requiring a certain amount of practice. This bundle includes: -Notes on how to read Vernier Caliper -An
8th - 12th, Adult Education, Higher Education
Engineering, Science
Physics, Introduction to Sound, Waves and the wavespeed equation
Topic: Sound and wave types Lesson duration:1.5 hours Target audience: 10-12 grade (basic algebra) Lesson format: powerpoint with provided Cornell notes, teacher examples and then student practice. STudent worksheet as well as Exit quiz included. Materials: tuning forks (optional) Texas TEKs: P.7A: examine & describe oscillatory mo on & wave propagate on in various types of media. P.7B: investigate & analyze characteristics of waves, including velocity, frequency, amplitude, & waveleng
9th - 12th
Engineering, Physics, Science
Gel Electrophoresis and Cloning Lab with Learn Genetics Utah Lab Report
This product allows students to conduct experiments online for gel electrophoresis and cloning using the learn-genetics-utah-edu website. The links to the experiments are provided within the product, as well as instructions for how to go through each experiment. As students are learning online, they will also be answering questions along the way to guide their learning and to reinforce important procedures. This product can be used for many types of learners and can enhance their learning of t
8th - 12th
Basic Principles, Biology, Engineering
Free Fall Kinematics Lab Based Multiple Choice Set Velocity and Position Graphs
What is a Lab-Based Multiple Choice Set?Students are given a description of a lab setup, data/graphs collected during the lab, and a set of multiple-choice questions. Based on the information provided they will answer questions about the lab. These sets are intended to help strengthen understanding between the concepts learned in the notes and the application of the content in the lab. Students will consider how concepts are applied to real-world data. This is excellent practice to add in as a w
9th - 12th
Engineering, Physical Science, Physics
Acceleration & Free Fall Lab – Skydiving Simulation + Graphs + Auto-Graded Quiz
Dive into real physics with this skydiving-themed lab on acceleration and free fall! Using a downloadable HTML simulation app (no install or login required, works on any device, For iPad devices, first download the free Documents app from the App Store then download and open this App), students predict, graph, and explain how motion changes as a skydiver jumps from a plane and falls toward Earth. With a blend of interactive visuals, data-driven inquiry, and puzzle-based learning, this lab t
7th - 12th
Engineering, General Science, Physics
CONSTRUCTING A SPACE STATION THAT WITHSTANDS A COLLISION: STEM MS-PS2-1 HS-PS2-3
This highly engaging engineering and design project ( GOOGLE and PDF versions) allows students to gain a greater understanding of why we need to build space stations that can withstand collisions. The students first learn about crumple zones and why they are helpful in a collision. Students design, construct, and test three crumple zones (made of simple materials) to see which is the best for attachment to their space station. A video showing student examples is included. Students then design,
6th - 12th
Engineering, Physical Science, Physics
NGSS
MS-ETS1-2
, MS-ETS1-4
, MS-ETS1-3
+2
Also included in: Entire Middle School Physical Science Curriculum Unit NGSS
WEATHER WATCH - A DESIGN CHALLENGE PROJECT
This design challenge was written to extend and apply the content associated with the study of mixtures and solutions. A solution is made more concentrated by dissolving more and more solute in the same volume of solvent. Students should be familiar with this process. Because density increases if more solute is dissolved in an equal volume of solution, this activity could also be used after a study of density, or as a discrepant event at its introduction.
7th - 10th
Chemistry, Engineering, Science
CCSS, NGSS
RST.9-10.3
, RST.9-10.4
, RST.9-10.7
+10
Also included in: Design Challenge Bundle - Chemistry (Projects)
Lab: The Non Intuitive Physics of a Rubber Band
16pgs/3Q/soln/2videosAsk most people and they will agree a rubber band increases its tension as youstretch it. They also agree that when you pluck a rubber band the frequencyincreases as you stretch it. All kinds of answers are found on the web. It may surprise you to find out the truth!The lab exercise includes building a very simple apparatus and downloading anapp on the phone which the student uses to measure the sound of a plucked rubber band as it get stretched. Just how frequency, tension,
6th - 12th
Engineering, Physical Science, Physics
Build A Car STEM
This interactive STEM challenge requires students to plan and design their own race car and then to test the speed of their cars by sending them down a homemade ramp. The students are given the opportunity to revise their design and retest to see if there improvement increased the speed of their car. The students then reflect on their design.
Materials needed:
Timers
Cardboard (for ramp)
Textbooks (for ramp)
Toilet paper rolls
Plastic Water bottle and cap
2 or 3 oz plastic cups with l
1st - 10th
Engineering, Math, Science
Submarine Density Engineering Lab — Ballast Tank Design
This engineering challenge takes the complex physics of buoyancy and turns it into a hands-on mechanical system. By manipulating air volume with a syringe, students act as "ballast control officers," gaining a concrete understanding of how density dictates whether an object defies or succumbs to gravity in a fluid. Activity DescriptionBuild a Submarine is a premier STEM engineering lab that focuses on Archimedes' Principle and Density Control. Unlike static sink-or-float activities, this lab r
5th - 12th
Engineering, Physical Science, Physics
Also included in: Scientific Method and Measurement Skill Labs Bundle
Heat Transfer: Insulation Lab Analysis
Explore insulation when learning about heat transfer, thermal energy, and thermodynamics! Background, scenario with figures, data for 10 materials, and analysis is provided. This is a great way to practice data analysis with real data, especially when you do not have time to compile so much data for students. The Insulation Lab Analysis can be used to introduce the concept, check for understanding, or even as a graphing quiz review! This lab analysis pairs well with Thermal Energy Vocabulary,
8th - 12th
Chemistry, Engineering, Physical Science
Lab: Motor Mayhem
In this very fun lab, students build a simple motor and experiment with increasing the RPM of the motor.
Materials need are a battery, 24 gauge magnet wire, 1 large magnet, 2 wires, 2 paper clips, tape, and 1 Styrofoam cup.
7th - 12th
Engineering, Physical Science, Physics
How to Read Vernier Calipers: Activity for Online Learning
Vernier Calipers are a valuable measuring tool that enable us to increase our degree of precision when measuring the size of objects. However, learning to read Vernier calipers can be somewhat confusing, thus requiring a certain amount of practice. The activity includes online video links and starts with the scenario: "There’s been a mix-up in an Engineering Materials lab! The Engineering Intern was studying various types of wood for the building of a wooden boat. Her samples used to be orga
8th - 12th, Higher Education
Engineering, Science
Also included in: How to Read Vernier Calipers (Classroom and Online Learning)
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