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Preview of Design Your Own Experiment: Waves + Communication | Morse Code Light Signals

Design Your Own Experiment: Waves + Communication | Morse Code Light Signals

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 β€œfails.” This re
Preview of Pendulum Lab Investigation - Speed Grading Sheet

Pendulum Lab Investigation - Speed Grading Sheet

Pendulum Lab Investigation: Amplitude vs. Period βœ… Teacher Grading Rubrics Full scoring rubric for detailed feedback Half-page speed-grading sheet for fast, efficient grading Designed for circling scores while skimming handwritten reports Easy to print, copy, or adapt for Canvas 🎯 Skills & Standards Addressed: AP Physics 1 Science Practices Experimental design Data analysis & mathematical reasoning Scientific argumentation Communication of scientific ideas NGSS Science & En
Preview of Atomic Hook-Ups | Overview of Bonding | Periodic Trends | Chemistry

Atomic Hook-Ups | Overview of Bonding | Periodic Trends | Chemistry

This companion handout is designed to pair with Crash Course Chemistry: Atomic Hook Ups. A QR code to the Youtube video is included. The handout helps students actively engage with the video while building a deeper understanding of periodic trends. On the front, students complete guided notes and questions aligned with the video to reinforce key concepts. On the back, four blank periodic tables allow students to sketch the gradients for: - Atomic Radius - Electron Affinity - Ionization Energy -
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 Sphero Basics: Movement Card Set

Sphero Basics: Movement Card Set

This card set describes the basic movement commands to program the sphero. This card set is designed for use with the SpheroEDU app. Great as a reference when doing any coding challenges with the sphero! Includes cards for the students and full pages for projection.
Preview of Physics Posters

Physics Posters

Created by
lucila laveran
If you are looking for AP physics poster, these would be great for you! I made these posters with AP physics in mind, but they can still work for academic physics classes, they are color-coded by the AP unit that the subject is made in, and can be used as a visual reminder of what the students will learn or have already learned. I hope you love them!
Preview of Choice Board for Significant Figures

Choice Board for Significant Figures

Created by
Chemistrying
A Choice Board based on Multiple Intelligences for teaching Significant Figures. Designed to be assigned after students learn about sigfigs and take a short multiple intelligence survey (many available online). See my product store for rubric specifically designed for grading this project.
Preview of IB Physics IA Complete Launch Kit | Interactive App + 6 Student/Teacher Resource

IB Physics IA Complete Launch Kit | Interactive App + 6 Student/Teacher Resource

Stop searching for IA resources that actually match the 2025 IB Physics criteria. This complete bundle gives students and teachers everything they need from day one of the investigation to final submission β€” all built around the same four criteria, the same colour system, and the same live interactive app. What's included (7 resources):IA Coach Interactive App (Password protected live link + printable instruction sheet with QR code and password) A browser-based app with 5 tabs: Topic Explorer (1
Preview of IB Physics Topic Checklist & Revision Planner | Self-Assessment App

IB Physics Topic Checklist & Revision Planner | Self-Assessment App

Tired of revising the wrong topics? Most IB Physics students spend hours revising what feels comfortable β€” instead of what actually matters most for the exam. This interactive app fixes that by turning your entire syllabus into a clear, prioritized study plan. What Students Do Rate their confidence (1–5) for every topic Track which topics are completed Instantly generate a personalized revision plan Visualize strengths and gaps using a color-coded map What Makes This Powerful βœ” Covers a
Preview of Paper Helicopters: Rotor Length vs Fall Time β€” Data Tables + Scatter Plot | 3–12

Paper Helicopters: Rotor Length vs Fall Time β€” Data Tables + Scatter Plot | 3–12

Created by
Allison Smith
🚁 Forces & Motion meets Data Literacy. Learners design three rotor lengths (L1–L3), collect 3 trials each from a fixed drop height, compute averages, and graph Rotor Length vs Time on a scatter plot. Middle/high school extensions add best-fit analysis and force/drag reasoning. What’s Included Student Pack p.1: Background, IV/DV/controls, criteria, sketch box with dimension callouts Student Pack p.2: Three data tables (L1–L3), large scatter-plot grid, best-fit guidance, CER prompts Teache
Preview of DISTANCE LEARNING: PHYSICS: BULLEN DISCONTINUITY ESSAY CONTEST:GRS.6-12, MG, HS.

DISTANCE LEARNING: PHYSICS: BULLEN DISCONTINUITY ESSAY CONTEST:GRS.6-12, MG, HS.

Principals, Mentors, Science Teachers, Physics Teachers:This is a distance learning contest! Students complete the essay and email it back! If your school is open, it can be handed in directly. This can serve for a summer science contest, as well. This contest is about physics and the wondrous characteristic of the earth's rotation and core reversal spins! The teacher can award 2 winners, and a list of honorable mentions. Perhaps, a few prizes can be awarded, as well. (Books, school supplies,
Preview of SCIENTIFIC NOTATION MADE EASY!

SCIENTIFIC NOTATION MADE EASY!

Created by
Rushnok Science
This package on scientific notation includes a set of student notes suitable for inclusion in an interactive notebook or binder. You can use this package to either introduce scientific notation for the first time, or as a review of scientific notation if needed. The handout shows how to convert standard notation numbers to scientific notation and how to go from scientific notation back to standard notation. Several practice problems on scientific notation are provided which also include conv
Preview of Newton's law project

Newton's law project

Bring physics to life with this engaging, hands-on project designed for middle and high school students! In this exciting exploration of Newton's laws of motion, students select one law and design a working model that demonstrates it in action. Rather than simply memorizing concepts, students actively apply their understanding to build, test, and refine a physical representation that proves the law they choose. This comprehensive resource guides students step by step through the entire process β€”
Preview of Candy Cane Cantilever β€” Holiday Structures & Torque STEM Challenge (Grades 3–12,

Candy Cane Cantilever β€” Holiday Structures & Torque STEM Challenge (Grades 3–12,

Created by
Allison Smith
Engineer a festive cantilever that reaches the farthest overhang beyond the table edgeβ€”using only candy canes and limited tape! Students plan, build, test, and iterate while applying torque and center of mass ideas. Perfect for a high-engagement holiday lab, stations, or a one-period challenge. 🍬🧰 What students do 🧠 Plan & sketch: identify anchor vs. arm, place joints/tape, predict max overhang. πŸ§ͺ Test & measure: record trials, overhang (cm), stability (10 s), failure modes. πŸ“ˆ Analyze
Preview of 150 Physics Science Experiment STEM STEAM Lab Projects - 50 STEM Labs Collection

150 Physics Science Experiment STEM STEAM Lab Projects - 50 STEM Labs Collection

PREVIEW AVAILABLE! LIKE WHAT YOU SEE? CHECK OUT OTHER STEM RESOURCES IN MY SHOP! PLEASE NOTE: This is a collected edition of: MEGA PACK 1 - 50 STEM Labs MEGA PACK 2 - 50 More STEM Labs MEGA PACK 3 - 50 New STEM Labs You will not get any new content if you already purchased these 3 collections. If you've not, this is a more economical way to buy all 3. This volume collects all 150 project labs from the first 3 volumes sorted into 12 fun categories: *Architecture Projects x13 *Boats Projects x
Preview of Interactive Physics: The Law of Conservation of Momentum (Discovery Lab)

Interactive Physics: The Law of Conservation of Momentum (Discovery Lab)

Created by
Zhewen Liu
Engage Students with a Brand-New, Discovery-Based Physics Simulation!Are you looking for a more meaningful way to introduce the Law of Conservation of Momentum? This Discovery Lab moves beyond the dry "plug-and-chug" approach and invites students to discover the conservation principle for themselves through high-precision simulation and data analysis. ⚑ NEW & ENHANCED FEATURES Minimalist Design: A sleek, professional "Minimalist Purple" UI that focuses on the physics, not the clutter.Discovery
Preview of Impulse and Momentum Theorem Lab - Virtual Physics Simulation with 10kHz Force S

Impulse and Momentum Theorem Lab - Virtual Physics Simulation with 10kHz Force S

Created by
Zhewen Liu
### Take your Impulse-Momentum unit to the next level with professional-grade data analysis!\n\nThis advanced **Impulse and Momentum Theorem Lab** provides students with a virtual 10kHz force sensor, allowing for millisecond-level precision in data collection. It is the perfect tool for High School and AP Physics students to verify the theorem J = Ξ”p.\n\n**Lab Highlights:**\n- **High-Frequency Sampling**: Simulate a 10kHz force sensor to capture realistic impact curves.\n- **Mathematical Rigor**
Preview of AIRCRAFT DESGN CONTEST W/CERTIFICATE AWARD  GRS.5-12, MG & HIGH SCHOOL

AIRCRAFT DESGN CONTEST W/CERTIFICATE AWARD GRS.5-12, MG & HIGH SCHOOL

Principals, Science Teachers, Mentors: Students are challenged to provide their ideas on improving air craft. They design an air craft that is wingless. There is an essay portion. Two judges are needed, to tally the scores. An award certificate is attached. Perhaps, prizes can be given out by age, or grade. Moreover, a certificate can be given out for participation, as well. Create a bulletin board to alert the students that the contest is coming! Post the beginning entry date, and the
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