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

Streamline your laundry day routine with our "Coin Laundry Coin Holder TinkerCAD Package." This comprehensive resource offers a practical and creative solution for keeping your coins organized and accessible when you need them most. Key Features: Effortless Organization: Tired of fumbling for loose change during laundry time? Our coin holder is designed to make your life easier, ensuring that coins are readily available when you need them. Interactive Learning: Dive into the world of 3D desig

Empower your students with the fascinating world of 3D printing through our comprehensive "TinkerCAD 3D Printing Lesson Bundle." This resource is your all-in-one solution for introducing 3D design, creativity, and innovation into your classroom. Key Highlights: Comprehensive Curriculum: Our bundle offers a complete curriculum that guides educators through the fundamentals of TinkerCAD and 3D printing, making it suitable for beginners and experienced users alike. Interactive Learning: Dive int

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.

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

I'm developing a program for CNC routing as well as 3D printing. I needed an easy to visualize square and rulers for my students to use on the CNC. I found that students have a hard time telling the difference between 1/8", 1/4" & 1/2", so I added different gradients to this to show each scale. The color scale goes from 1/8th, 1/4 and 1/2". The squares are 7" x 7" with a penny for reference. The three 6" rulers also have the gradient scales and penny for visual reference. The second page has

After a year of working with students as they design object in TinkerCAD, I found that they have difficulty visualizing in mm and cm scale. Students also loose track of the size of the design as they zoom in & out of the scale of the screen. This 190 mm x 250 mm printable square is great for visualizing the size of larger designs for CNC & 3D printing. The color scale helps with visualizing the size of cm. The coins are to scale (Quarter is 24.26 mm, Penny is 19.05 mm, Dime is 17.91 mm) and he

Many 3D CAD programs use mm as the default metric measurement. Unfortunately many students have issues visualizing objects in the mm scale. This set of printable squares can help your students see the final size of their 3D print. This will keep objects within scale and size of most desktop 3D printers. This set of rulers & squares will help your students keep the size of their design in perspective. This set of four 80 mm squares is in mm units. It also includes a color visual scale to help y

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

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