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Preview of Significant Figures Reference Sheet

Significant Figures Reference Sheet

Rules for Significant Figures – Chemistry Reference SheetCounting Sig Figs, Operations, and Examples | High School ChemistryHelp your students master significant figures with confidence using this clear, student-friendly Significant Figures Reference Sheet. This resource is designed to support high school chemistry students as they learn how to count significant figures, apply sig fig rules, and correctly round answers during addition, subtraction, multiplication, and division. Perfect for guide
Preview of Motion Commotion: Discovering Newton's Laws in Everyday Life

Motion Commotion: Discovering Newton's Laws in Everyday Life

Meet Professor Oh! and Sparky the Wonder Dog—your hilarious tour guides through the wild, invisible rules that make our universe move!​ Why does your body fly forward when the car stops?​ How can a rocket zoom into space when there’s nothing to push against?​ Why do you need to push harder on a heavy backpack than a soccer ball?​ In this 140-page Motion Commotion: Newton’s Three Rules, kids dive into a fast-paced, joke-filled adventure that turns Newton’s laws of motion into stories they can a
Preview of Indefinite Integral Bundle

Indefinite Integral Bundle

This ready-to-use bundle includes five worksheets covering the five most common integration methods: reverse differentiation rules, u-substitution, trig substitutions, integration by parts and partial fractions. This resource can be used for in-class practice, homework, unit test preparation or review for the AP Calculus exam. Looking for substitute plans that do not take away valuable instruction days? A slide deck with worked solutions is included in this bundle!
Preview of BACK TO SCHOOL BUBBLEGUM SCIENCE LAB

BACK TO SCHOOL BUBBLEGUM SCIENCE LAB

Created by
Rushnok Science
Break the ice of the first few days of back to school science class, while teaching your students your expectations of how to write an excellent lab report. This fun, high interest student lab does just that. In groups of three, students will chew bubblegum and measure the bubbles to see if sugar free bubblegum makes bigger bubbles than regular bubblegum. Students can collect their data on the form provided and use our pre-formatted Microsoft Excel spreadsheet to create a line chart and col
Preview of Simple Harmonic Motion - Physics Review Game

Simple Harmonic Motion - Physics Review Game

***FUN REVIEW GAME*** Aligned to AP Physics 1 Unit 7 - Simple Harmonic Motion What's included? -6 rounds, ready to print! -example for teachers to explain -clear game rules Game RulesNo Direct Definitions: You cannot use the word itself or its mathematical formula directly. The Interrogation: After everyone has spoken once, allow ~2 minutes of open "accusations." The Vote: On the count of three, everyone points at who they think the Imposter is. The Reveal: If the Imposter is caught, they get on
Preview of Counting Significant Figures Worksheet | Sig Fig Rounding & Operations

Counting Significant Figures Worksheet | Sig Fig Rounding & Operations

Build accuracy and confidence with this Counting Significant Figures Worksheet set—perfect for High School Chemistry (Grades 9–12). Students practice counting significant figures, rounding, and applying sig fig rules to addition, subtraction, multiplication, and division. Problems progress from identification to mixed calculations, making this resource ideal for classwork, homework, warm-ups, stations, quizzes, or review. What’s Included Identifying Significant Figures (introduces rule
Preview of Roller Coaster Challenge KS2 support guides and visuals

Roller Coaster Challenge KS2 support guides and visuals

Created by
Designhub
These are to support and guide pupils to build a roller coaster. The challenge sheets aim to develop their knowledge of structures and modelling techniques. The challenge is laid out, the expectations and rules as well as materials and resources specified. Great for a STEAM day or Science and Design and Technology lessons. Also, you can link to Physics and Maths. Design in a playful, child-friendly way to promote engagement.It isadaptable for all levels all learners
Preview of No Prep Plans: Measuring Current – Circuit Investigation Guide

No Prep Plans: Measuring Current – Circuit Investigation Guide

No Prep Plans: Measuring Current – Circuit Investigation GuideYear 7 Physics | Aligned with Cambridge Lower Secondary ScienceHelp students discover how scientists measure electric current and investigate one of the most important rules of electricity: in a series circuit, the current is the same at every point in the loop. In this hands-on physics investigation, students learn how to use an ammeter correctly, build simple series circuits, collect current measurements, analyze results, and create
Preview of IB DP Sciences IA Criteria Comparison

IB DP Sciences IA Criteria Comparison

Created by
E2 Science
Product Description: This comparison document provides a clear breakdown of the Internal Assessment criteria in Biology, Chemistry, and Physics. It shows how each subject applies Research Design, Data Analysis, Conclusion, and Evaluation differently, with examples of high-mark expectations. It’s an essential guide for students and teachers who want to target subject-specific criteria while recognizing the shared IB assessment framework. 👉 Complements the IB Diploma Science IA Bundle, which
Preview of STEM Billy Goats Gruff

STEM Billy Goats Gruff

Get your kids' engaged with STEM! Read the story of the Three Billy Goats Gruff to students and allow them to find the problem. That's the challenge! Pass out materials (there is a suggested list for each grades K-4th), show/read challenge(s) and the expectations, start a timer (I use www.online-stopwatch.com), and let them explore, test, and improve on their OWN ideas. If your students need a little more help, allow them to use the designed QR codes to watch safe videos to help deepen their und
Preview of Breakout Boxes - Calculating Force and Motion

Breakout Boxes - Calculating Force and Motion

MATH. CRITICAL THINKING. PROBLEM SOLVING. ENGAGEMENT. So easy to say, but such a challenge to facilitate! Tired of asking your students to practice critical thinking and force calculations using old test problems? Unlock your students' interest on an otherwise dry concept using breakout boxes! These are perfect for extension after students understand calculation rules for force, mass, and acceleration, as well speed, velocity, and time. These puzzles combined with easy to find locks and
Preview of Rotational Inertia FRQ - Experimental Design and Analysis - AP Physics 1

Rotational Inertia FRQ - Experimental Design and Analysis - AP Physics 1

This resource includes a single Experimental Design & Analysis Free-Response Question aligned with the AP Physics 1 course standards. The question follows the exact format used in the official example provided in the most recent AP Physics 1 Course and Exam Description. A detailed scoring guide is included, offering clear rationale aligned with AP scoring expectations. The answer key also features sample student responses to help guide classroom discussion or grading. As is typical with open-end
Preview of IB DP Sciences Mathematics Comparison (Biology Chemistry Physics)

IB DP Sciences Mathematics Comparison (Biology Chemistry Physics)

Created by
E2 Science
This resource provides a side-by-side comparison of mathematics objectives in Biology, Chemistry, and Physics for the IB Diploma Programme. It highlights commonalities (SI units, error analysis, graphing) and subject-specific applications (e.g., chi-square in Biology, logarithmic graphs in Chemistry, kinematic equations in Physics). Perfect for teachers and students aiming to strengthen cross-disciplinary understanding of mathematical expectations in the IB sciences. 👉 Pairs seamlessly with t
Preview of Pendulum Lab Investigation - Student Document

Pendulum Lab Investigation - Student Document

Help students think and work like real physicists with this student-designed pendulum investigation focused on exploring the relationship between amplitude and period. This resource emphasizes experimental design, data analysis, and scientific argumentation—not just following a recipe. Perfect for AP Physics 1, honors physics, or advanced high school physical science. ✅ Student Introduction Sheet Clearly frames the investigation and driving question Explains expectations in student-friendl
Preview of IB Physics Uncertainty Calculator & Skills Trainer | Paper 1B Prep

IB Physics Uncertainty Calculator & Skills Trainer | Paper 1B Prep

Want guaranteed marks in IB Physics? Paper 1B is the most predictable part of the IB Physics exam — yet many students still lose marks due to weak uncertainty skills. This interactive app turns uncertainty into a high-scoring opportunity. Why This Resource Is Powerful With just a few hours of focused practice, students can gain reliable, repeatable marks in: Absolute uncertainty Percentage & fractional uncertainty Propagation rules Significant figures Error analysis These are tested in
Preview of 240 No Prep | AP Physics | Fact or Myth Cards | Yearlong PDFs | Printable

240 No Prep | AP Physics | Fact or Myth Cards | Yearlong PDFs | Printable

💥 99¢ classroom win. Print these and you are ready for a full year of quick high engagement thinking.👀 The preview is simply the first page of the 9 per page version so buyers can see the first 9 real Fact or Myth cards exactly as students will use them.This AP Physics set turns everyday content into fast decisions and stronger explanations. Students choose Fact or Myth, then justify with evidence, rules, vocabulary, data, examples, or reasoning tied directly to AP Physics. It is simple to run
Preview of Applications of Calculus With Higher Order Derivatives

Applications of Calculus With Higher Order Derivatives

In this worksheet, students will find multiple derivatives of a function and then use these derivatives to find displacement, velocity and acceleration.  These physics applications are some of the easiest ways for students to see where derivatives are used in real life situations and to connect calculus to things they are learning in their classes. Only the power rule is needed for these problems, so this worksheet can be used before the other derivative rules have been learned.   An answer she
Preview of Blast Off into Physics! Newton’s Laws/ Force and Motion Doodle Notes Bundle

Blast Off into Physics! Newton’s Laws/ Force and Motion Doodle Notes Bundle

🚀 Blast Off into Physics! Newton’s Laws & Force and Motion Doodle Notes Bundle Are your students tired of dry textbooks? Turn your science block into a creative powerhouse with this all-in-one Force and Motion Doodle Notes & Biography Bundle! Designed specifically for 5th-grade minds, this resource blends artistic engagement with high-level scientific concepts to make Newton’s Laws stick. This isn't just a packet of worksheets: it's a visual learning journey that guides students through the
Preview of How To Draw Hybrid Orbitals - Sp3, Sp2, & Sp - FREE Note Set & Video

How To Draw Hybrid Orbitals - Sp3, Sp2, & Sp - FREE Note Set & Video

Let me guide your notes!! In this note set, students are walked through step by step how to create drawings of hybrid orbitals. This includes understanding the differences between sp3, sp2, and sp hybridizations, how electron configurations change when orbitals hybridize, and more! Here's the link to the video so you can check it out for yourself! Included In This Product:3 Page Note Set for students covering the basic shapes of orbitals, shape of an s + p hybrid orbital, steps to drawing hybri
Preview of Matter & Motion - Junior Scientist Lab

Matter & Motion - Junior Scientist Lab

HOUSTON MUSEUM OF NATURAL SCIENCEMatter & Motion Activity Workbook | Interactive Museum Packet | Scavenger Hunt | Science Experiments | Elementary K-5 | Printable PDF Turn the Matter & Motion exhibit into a hands-on SCIENCE LAB! This 7-page mission-based activity workbook transforms your child's visit to the HMNS Matter & Motion exhibit into an unforgettable adventure. Kids become "Junior Scientists" on a real mission, testing, experimenting, and discovering the forces that make things move, spi
Preview of Leaf Tower Engineering — Fall STEM Challenge | Balance & Design Activity

Leaf Tower Engineering — Fall STEM Challenge | Balance & Design Activity

Created by
Allison Smith
🍂 Leaf Tower Engineering — Fall STEM Challenge | Balance & Design Activity Description: Challenge your students to build the tallest “leaf tower” using natural materials! This fun outdoor or indoor activity teaches design, stability, and problem solving while celebrating fall. ✅ Quick, easy setup — no special supplies ✅ Encourages creativity and teamwork ✅ Great for early finishers or makerspace use Skills Covered: Balance & stability Engineering design Measurement Includes: Materials list
Preview of Candy Cane Cantilever — Holiday Structures & Torque STEM Challenge (Grades 3–12,

Candy Cane Cantilever — Holiday Structures & Torque STEM Challenge (Grades 3–12,

Created by
Allison Smith
Engineer a festive cantilever that reaches the farthest overhang beyond the table edge—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. 🧪 Test & measure: record trials, overhang (cm), stability (10 s), failure modes. 📈 Analyze
Preview of Bridge of Love (Truss Strength) — popsicle-stick “arch/Truss” with tensile tests

Bridge of Love (Truss Strength) — popsicle-stick “arch/Truss” with tensile tests

Created by
Allison Smith
Design, build, and break (safely!) a popsicle-stick truss/arch bridge to explore tension vs. compression, load paths, and failure modes. Teams prototype, test with a hanging bucket, and compare strength-to-weight for engineering optimization. 💪📈 Students will: 🧠 Plan a design that meets criteria & constraints (span, clearance, materials). 🧪 Build & test a truss/arch using craft sticks and glue; add weight gradually until first crack & max load. 📊 Record & analyze mass, first-crack lo
Preview of Practical Straight Line Fitting

Practical Straight Line Fitting

This lesson is a practical guide to fitting straight lines to data points with error bars. It explains how to determine the error on the fit so that the experimental result has an associated error. It is NOT a mathematical explanation of least squares minimization but a guide intended for high school students with experimental data. It discusses both linear and log plots. It is based on a simple treatment of so-called "maximal" errors typically used in high school. In this context it is generall
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