3D-PT

Are you looking for an engaging and interactive way to teach projectile motion to your high school physics students? Look no further than this comprehensive lesson plan featuring the PhET Projectile Motion Simulation. This lesson plan is designed to help students understand the key concepts of projectile motion and apply them to real-world scenarios. With the help of the PhET simulation, students will be able to visualize and analyze the motion of a projectile, calculate its velocity and accele

Upgrade your fashion game and explore the fusion of technology and style with our "3D Printed Belt in TinkerCAD Package." This innovative resource empowers you to design and create custom belts that are as unique as you are. Key Features: Fashion Meets Technology: Immerse yourself in the world of digital design and 3D printing while crafting a stylish and personalized accessory. User-Friendly TinkerCAD: Dive into the TinkerCAD platform with confidence, even if you're new to 3D design. Our pac

Ingnite your students' creativity and 3D design skills with our "Fruit Jar TinkerCAD Project." This engaging and hands-on activity empowers learners of all ages to craft their own unique fruit jar designs using the user-friendly TinkerCAD platform. Key Highlights: Fruit-Inspired Creativity: Encourage students to explore their artistic side as they design imaginative fruit-themed jars. From apples to oranges, the possibilities are endless! Introduction to TinkerCAD: This project serves as a f

Proportions are mathematically hard to visualize, and can be difficult to see how the ratio of one to another impacts the proportions. Proportion Playground is a free sim from PhET that lets you quickly explore proportions. In this activity you'll play with paint balloons, beads and pool tables to see how different proportions relate to each other. Please check that PhET in HTML5 will work on your digital device BEFORE purchasing. Java applets may not work in some browsers.

PhET.colorado.edu is a free site for various simulations (sims) that students can access. Skate Park Basic is a great way to introduce the Law of Conservation of Energy. It demonstrates the relationship between kinetic, potential & thermal energy. At the end you can challenge your students to build a ramp that loops and jumps the skating character. Please check that HTML5 sims will work on your digital device BEFORE purchasing this product. Java Applets may not be supported in some web browser

Embark on a captivating journey into the world of 3D design with our "TinkerCAD Chess Set Walk-Through Video." Immerse yourself in this meticulously crafted visual guide, where we meticulously explain every step of creating a unique and personalized 3D-printable chess set. Key Highlights: Engaging Visual Learning: Experience the power of visual learning as we guide you through the intricacies of designing a 3D chess set. TinkerCAD Expertise: Benefit from our wealth of TinkerCAD knowledge as w

TinkerCAD is a fun CAD program for students Making a chess set will challenge your design skills in any CAD program. You can watch a full-length tutorial video HERE. V2 is updated to include the Sketch and Revolve Sketch tool for making new designs. This activity includes practice measurement conversion problems to convert inches to cm & mm. In TinkerCAD you'll explore the advanced shape generator library for unique shapes. You can develop your own style of pieces, or challenge your students

This video is walks you through all the commands on my popular Basic TinkerCAD controls file. The video includes insights and troubleshooting for TinkerCAD. You can have students follow along, or use this for review or even professional development! More videos will come up for other TinkerCAD activities. #distancelearning

This FREE teacher guide walks you though how to set up a class account in TinkerCAD, as well as a login form to help organize your classes. As you have your students design objects for 3D printing, you can pull the files directly from the class account for printing on your schools 3D printers. As a policy I only allow approved files through the class account. Students should only use the class account to create 3D printable files for school work. Do not let students do school work with personal

Elevate your 3D printing journey with our meticulously crafted "3D Printer Enclosure Plans." This comprehensive resource empowers makers, educators, and 3D printing enthusiasts to optimize their 3D printing environment for precision, quality, and safety. Key Features: Precision and Consistency: Our enclosure plans are designed to maintain consistent printing temperatures, reducing warping and improving print quality. Say goodbye to failed prints and hello to perfection. Safety and Peace of Mi

This is a 1 class MS Excel lab for a computer or math class. You can have the students explore the distribution of different color Skittles in class. This is a great mini-lab or half-day activity when you school ends up with a weird schedule day. Tell them they can't eat till the Skittles till the end of class, or they will distort their numbers. Also make sure they don't throw them or shove them up their nose (Yes, stuck Skittles are hard to extract, ask me how I know..) The goal of this lab i

Did you know you can use Skittles candy to demonstrate absolute dating and radiometric decay! Buy a 1-4 lb bag at your local bulk warehouse store for savings. This lab is a great way to show how isotopes decay by shaking a plate full of random skittles. Students use Skittles to observe "Isotopes" decay over each half life. At the end of the lab ( and only IF they have done all their work) they can enjoy their "daughter products". Skittles were used because they are durable, hypoallergenic, an

For science teachers, energy is a hard unit to teach. Hero's Engine shows how energy in converted from one for to another. For this I used the Engine set I found in my storage area, but you can look around or find other engines available in your school district. I did this as a demo, but you can expand it in a chemistry lab. This unit includes all the worksheets that you'll need to study for energy, and can be used to introduce alternative energy. Easel Activity: This is now updated with an Ease

Transform your classroom into an exciting laboratory of sound exploration with our comprehensive "Slinky Sound Unit." This resource takes the fascinating world of sound and makes it come alive for your students by incorporating engaging activities, hands-on experiments, and captivating MythBusters videos. Key highlights of the "Slinky Sound Unit with MythBusters Video Lab" include: Interactive Learning: Immerse your students in a world of auditory discovery. This unit is designed to encourage a

Have you had days where your students seem like zombies? Why not have them act like zombies to study the physics of motion?! This lab set contains all the note sheets, labs and follow up to study speed, motion, acceleration and the start of Newton's Laws! You can change this to study the motion and force of zombies, though I did this with the physics cars I had. I also found that red, black and blue dry erase markers can be used to make a quick zombie makeup set. You can scare students or have

Make learning about mind-bogglingly large numbers a fun and memorable experience with our "How Big is a Googol? Trillion, Billion, etc. Song." This engaging song resource is designed to captivate students' imaginations while helping them grasp the magnitude of numbers that often seem abstract and incomprehensible. I showed them the video of Helen Arnie's "Googol Song" in class to give them an idea of what I was looking for. Key highlights of the "How Big is a Googol? Trillion, Billion, etc. So

Cornell notes are a great way to introduce new science topics and to develop deeper student understanding. Students can show their level of understanding, which is great for differentiating different levels of students. This file includes examples that I've used in class. This template has worked with administration! The manipulative is great for physics and electricity. You can have students derive formulas for speed, force, Ohm's Law and other formulas in physics.