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Preview of Radioactivity and Half-Life Lab: Exploring Half-Life and Decay Rates (with Key)

Radioactivity and Half-Life Lab: Exploring Half-Life and Decay Rates (with Key)

Created by
Mrs K Science
Engage your students in the fascinating world of radioactivity with this hands-on Radioactivity Lab! Perfect for high school science classes, this lab guides students through the process of modeling radioactive decay and understanding the concept of half-life. Using simple materials and detailed instructions, students will simulate the decay of radioactive isotopes, record data, and analyze how decay rates work over time. ☢️ What’s Included:Step-by-Step Lab Instructions: Clear instructions guid
Preview of Graphing Accelerated Motion Simulation Lab | Phet Moving Man Lab for physics

Graphing Accelerated Motion Simulation Lab | Phet Moving Man Lab for physics

Created by
Krista Gates
Do you need an engaging way for your students to practice graphs of velocity and acceleration? This simulation lab challenges students try their ideas and learn from their misunderstandings about accelerated motion. This activity is an easy, print-and-go, no-prep lesson. ✅ This resource includes:Introduction Slides including a Warm-Up PromptStudent worksheetExit Ticket QuestionTeacher NotesAnswer KeysPlanning and testing hypotheses promotes critical thinking. Transferring between r epresentati
Preview of Static and Kinetic Friction Physics Virtual Lab with Key

Static and Kinetic Friction Physics Virtual Lab with Key

Created by
Mrs K Science
Engage your students with this interactive Virtual Friction Lab, designed to help them explore the relationship between mass, surface type, and friction. Using the Physics Aviary’s online simulation, students will perform virtual experiments to measure static and kinetic friction on various surfaces, enhancing their understanding of key physics concepts. 📦 What’s Included:Step-by-Step Lab Instructions: Guides students through using the virtual lab, adjusting mass and surface type, and recordin
Preview of Light Work -- 3 Online Optics Labs covering 4 topics

Light Work -- 3 Online Optics Labs covering 4 topics

This bundle includes 3 different labs I have on light. The labs cover topics of refraction, total internal reflection, concave mirrors, convex mirrors, and diffraction. All documents are editable and solutions are attached These topics can be especially hard to teach when you don't have physical equipment available. Therefore, these labs are solely meant to reinforce concepts learned in lecture by allowing students to play with physics in a structured environment. The only linear regression that
Preview of Capacitor simulation

Capacitor simulation

Capacitor- charging and discharging a capacitor through a resistor:Show, in 3D, how a capacitor works... This simulation shows a capacitor in three states: Charging "Off"DischargingA switch is used to select a state. The simulation shows electrons moving appropriately, the charge on each plate, cell orientation, the correct orientation of polar molecules in a dielectric and correct values. The graphs, when expanded, show the recurring time constant.  Choose to show:Graphs (I/t, Q/t, V/t with tim
Preview of Forces Bundle: BattleBots & Crash Scene AI Lab Simulation

Forces Bundle: BattleBots & Crash Scene AI Lab Simulation

Forces Under Pressure: AI Physics Simulation Bundle — BattleBots + Crash Scene Investigation Branchpoint AI Simulations™ | Grades 6–12Two complete AI-powered physics simulations. One bundle. Zero equipment required.Forces Under Pressure pairs the proven Forces Arena: BattleBots Physics Simulation with the brand-new Crash Scene Physics: Accident Reconstruction Lab — two radically different learning experiences that cover the same core physics standards from completely opposite angles. In BattleB
Preview of Electromagnetic Spectrum Station Work Bundle

Electromagnetic Spectrum Station Work Bundle

Created by
ThatChemTeacher
This product is a comprehensive, ready-to-use Electromagnetic Spectrum Station Work Lesson Kit designed for middle or high school science classrooms. It includes an engaging, standards-aligned introduction to the electromagnetic spectrum through hands-on, collaborative learning stations. The kit features: Seven interactive station activities, each dedicated to a distinct region of the electromagnetic spectrum (Radio, Microwaves, Infrared, Visible Light, Ultraviolet, X-rays, Gamma Rays)Detaile
Preview of Intro to Energy Simulation Lab Activity for Physics (PhET)

Intro to Energy Simulation Lab Activity for Physics (PhET)

Created by
Krista Gates
Do you need a new way to introduce students to the idea of energy transfer and the conservation of energy? This simple activity allows students to experiment and play with simulations to build a foundational understanding of energy in physics. Students work at their own pace as they play with these simulations and answer questions that lead them to build on their current knowledge. They will employ scientific skills like observation and interpretation of graphs to create meaning and draw con
Preview of Conversion Assessment Simulation

Conversion Assessment Simulation

Created by
JCE Education
Students type in their name which is displayed on the screen at all times. After that, students enter a simulation that asks random conversion questions. This includes conversions within the metric system as well as conversions between imperial and metric. A second tab is provided that has a list of conversions between metric and imperial so students can practice utilizing the conversion provided to them.
Preview of Force of Friction Simulation Lab for Physics and AP Physics (PhET)

Force of Friction Simulation Lab for Physics and AP Physics (PhET)

Created by
Krista Gates
This PhET Simulation lab is the perfect way to introduce the force of friction to students as part of your Force and Motion unit. This engaging activity allows students to experiment and draw conclusions- activity before content. Students practice critical thinking and data analysis skills including collecting data, sketching graphs, and drawing conclusions.Easy, print-and-go, no-prep lesson. ✅ This resource includes:Introduction Slides including a Warm-Up Prompt Student worksheetTeacher
Preview of Physics Virtual Labs Bundle: PhET Labs for Forces, Motion, and Gravitation

Physics Virtual Labs Bundle: PhET Labs for Forces, Motion, and Gravitation

Created by
Mrs K Science
Bring physics concepts to life with this engaging Physics Virtual Labs Bundle! Designed for middle and high school physics classes, this bundle includes five interactive PhET virtual labs that cover key topics such as Newton’s law of universal gravitation, motion, friction, and projectile motion. Each lab allows students to manipulate variables, observe outcomes, and deepen their understanding of core physics principles through hands-on experimentation in a virtual environment. What’s Included:
Preview of Toys/Game Around the World: Math/Social Studies Project Based Learning

Toys/Game Around the World: Math/Social Studies Project Based Learning

Created by
Arielle Thomas
This is a high-quality, interdisciplinary unit that hits the "STEM + Social Studies" sweet spot—a very popular niche on Teachers Pay Teachers (TpT). Here is a ready-to-use product title, description, and "What's Included" list designed to convert browsers into buyers. Product Title: STEM Around the World: 5-Day Toy Engineering & Physics Lab Subtitle: History, Physics, and Invention Challenges for Upper Elementary & Middle School Product Description:Take your students on a global journey where hi
Preview of Sim - Stopping Distance and Impulse

Sim - Stopping Distance and Impulse

Stopping Distance Virtual Lab: Velocity, Friction, & Reaction TimeGive your students a "brake" from traditional lectures with this engaging virtual lab! This Stopping Distance Test Track Lab uses a high-quality simulation to help students visualize the physics of driving. By investigating how velocity and road conditions impact a vehicle’s stopping distance, students gain a deep understanding of the relationship between motion, force, and real-world safety. What’s Included?Structured Lab Manual
Preview of Motion Graph Matching

Motion Graph Matching

Motion Graph MatchImprove understanding of kinematics...Challenge your students to match three graphs (x/t, v/t, a/t) and one moving ball, each of which describes the same motion.The app keeps the score. Iterations are never the same, and some are more difficult than others. Choose to show: Graphs where the velocities are all constant (v = ∆x/∆t)Graphs where the accelerations are all constant (a = ∆v/∆t)Graphs where the jerks are all constant (jerk = ∆a/∆t)This application, once downloaded, is s
Preview of Mastering Reaction Rates, Equilibrium & Energy Flow Webquest

Mastering Reaction Rates, Equilibrium & Energy Flow Webquest

Welcome, chemists of tomorrow! In this web-quest, you’ll dive into three key topics in high school chemistry: reaction rates, chemical equilibrium, and the difference between endothermic and exothermic reactions. You’ll start by watching a crash-course style video on energy in reactions, then explore an informational website to deepen your understanding, followed by a simulation to experiment with reaction behavior, and finally wrap up with a review game to test your knowledge. Your mission:
Preview of DIY Resonance Tube Lab: Measure Sound Speed with Tuning Forks & Homemade Tubes

DIY Resonance Tube Lab: Measure Sound Speed with Tuning Forks & Homemade Tubes

Master Standing Waves and the Speed of Sound with Tuning Forks and DIY Tubes! Elevate your physics knowledge with a hands-on lab perfect for IB and AP curricula! In this experiment, you'll:Engineer a resonance tube from simple materials Utilize tuning forks for exact frequency generation Analyze complex resonance patterns Apply physics principles to calculate sound velocity Comprehensive Lab Package Includes: Detailed procedureData recording sheetsSample work with real measurementsFull s
Preview of Molecules in Motion: Polar vs Non-Polar Webquest

Molecules in Motion: Polar vs Non-Polar Webquest

Welcome, young chemists! Today we will investigate how molecules decide whether to be “polar” or “non-polar” — and why that matters in everything from dissolving sugar to the behavior of cell membranes. You will watch a crash-course video, explore an informational website to deepen your understanding, try a simulation that lets you experiment with molecular shape and electronegativity, and finish with a fun review game to test your detective skills. Grab your lab notebooks and get ready to uncov
Preview of Buoyancy simulation, 3D

Buoyancy simulation, 3D

Buoyancy: Change every variable (except viscosity) Show how the buoyant force is related to the densities of the object and the fluid, volume of the object, volume of the displaced fluid, acceleration due to gravity. Vectors show the buoyant force, the force of gravity, the normal force, and, if you wish, a push or a pull. Place the object in any position, or push or pull the object vertically, and view from any angle by rotating, panning or zooming the animation). Choose to display the calcula
Preview of Air Resistance on a Projectile Simulation Lab for Physics (PhET)

Air Resistance on a Projectile Simulation Lab for Physics (PhET)

Created by
Krista Gates
Do you need an easy, hands-on way for students to learn about how air resistance affects a projectile? This print-and-go simulation lab is perfect for any level of physics class to explore drag force. Help students think like scientists by drawing conclusions from their observations. ✅ Learning Objectives:Air Resistance depends on an object’s velocityLarger velocity causes more air resistanceDirection of air resistance is always opposite from the direction of the velocityAir Resistance affe
Preview of Build a Soundproof Box | Characteristics of Waves | Sound Waves Lab + Project

Build a Soundproof Box | Characteristics of Waves | Sound Waves Lab + Project

Give students real ownership of the scientific process with this Inquiry Learning Experiment Design Project Prompt. Instead of following a step-by-step lab, students design their own experiment using classroom materials you already have. With structured thinking prompts (but plenty of creative freedom), students plan an investigation that demonstrates the skills they’ve been learning, then write and reflect on what happened, even if their results are messy or their experiment “fails.” This re
Preview of Simulation Activity: Introduction to Wave Model (IB DP Topic C2)

Simulation Activity: Introduction to Wave Model (IB DP Topic C2)

A digital simulation-based activity designed to introduce students to key wave vocabulary, think about how these quantities can be measured, and how they are related to each other. Includes step-by-step instructions, definitions of key terms, and scaffolding to support deeper conceptual development and skills for th IA (collecting and organizing data, developing and explaining models). Also includes teacher notes for instruction and trouble-shooting.
Preview of Inverse Square Law Simulation

Inverse Square Law Simulation

Inverse Square Law Simulation:Challenge your students to find a relationship between intensity of light and the distance from a point light source using this highly configurable 3D simulation. Adjust:The distance from the light source for one or two areasThe power output of the light sourceThe spread of the lightChoose to showOne or two areasArea calculationsIntensity calculationsSpheres (for discussion)The simulation, once downloaded, is self-contained... it doesn't need an internet connection.
Preview of Forces Lab Stations

Forces Lab Stations

In this lab station activity, students will move around the classroom exploring different topics related to motion and force, such as Newton’s laws of motion, common forces like gravity, friction, and air resistance, and the law of conservation of momentum. Students will use the materials and instructions provided at each station to conduct demonstrations of motion and force phenomena and will record their observations and make inferences. Each phenomenon observed will be discussed later as a cl
Preview of Thin Film Interference Simulation

Thin Film Interference Simulation

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