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27 results
Preview of Turtle Scooter Speed Lab

Turtle Scooter Speed Lab

This lab is ready to be printed and used in your physics unit! Teach your students about measuring speed, distance, and time! The students will measure the distance and time of the students in their class riding on the "flying turtle" scooters to eventually calculate the average speed of the students. This lab is a great low supply start to a measuring speed, distance, and time! Students will also learn about 2 different ways to graph speed, on a speed graph (bar graph) and on a distance and tim
Preview of KEPLER'S LAW PYTHON CODING ACTIVITY

KEPLER'S LAW PYTHON CODING ACTIVITY

Created by
John Fredericks
Bring coding to your physics or astronomy classroom with this activity. Online Python interpreters have made it easier than ever (no software installation needed). Full code is provided in this handout. Students will investigate the relationship between a planet's distance from the sun and the length of its year. They will graph their data and analyze the results. May also be used as a gifted or enrichment activity. INCLUDES: -Student Handouts (with full code) -Answer Key -Teacher Hin
Preview of Centripetal Force Python Activity

Centripetal Force Python Activity

Created by
John Fredericks
Want to incorporate more technology into your science classes? Online interpreters like replit and Collab make it easier than ever. No need to download or install anything. In this activity students enter Python code into an online interpreter and then generate data about Centripetal Force. Students graph their data and draw conclusions. You get: Student handouts with Full Python codeGrids for graphingTeacher hintsA Complete answer key
Preview of Turtle To Do

Turtle To Do

Created by
Lisa Weisgarber
A fun "to do" list for any classroom, especially those that use some sort of classroom economy. Each thing the child chooses is worth a certain amount of money. Students choose wisely as to what they would like to do the most, as they won't be allowed to do everything on the list. A great end of the year project, because each child is working on his/her choices. Works well for all learning styles and can be programmed with specific skills and content areas that the students need.
Preview of Physics Models with Python 14

Physics Models with Python 14

Created by
Aaron Keller
Students model a spring and mass oscillator.
Preview of Physics Models with Python 13

Physics Models with Python 13

Created by
Aaron Keller
Students model a simple pendulum.
Preview of Physics Models with Python 12

Physics Models with Python 12

Created by
Aaron Keller
Students model a rotating see-saw using torque and rotational inertia.
Preview of Physics Models with Python 11

Physics Models with Python 11

Created by
Aaron Keller
Students model a rolling ball and a rotating disk.
Preview of Physics Models with Python 10

Physics Models with Python 10

Created by
Aaron Keller
Students model two-dimensional collisions with conservation of momentum.
Preview of Physics Models with Python 9

Physics Models with Python 9

Created by
Aaron Keller
Students model one-dimensional collisions with conservation of momentum.
Preview of Physics Models with Python 8

Physics Models with Python 8

Created by
Aaron Keller
Students model planetary orbits using the equation for universal gravity.
Preview of Physics Models with Python 7

Physics Models with Python 7

Created by
Aaron Keller
Students model motion along an inclined plane.
Preview of Physics Models with Python 6

Physics Models with Python 6

Created by
Aaron Keller
Students program objects moving with projectile motion and air drag.
Preview of Physics Models with Python 5

Physics Models with Python 5

Created by
Aaron Keller
Students program a block that slides and slows due to friction.
Preview of Physics Models with Python 4

Physics Models with Python 4

Created by
Aaron Keller
Students program a model of projectile motion.
Preview of Physics Models with Python 3

Physics Models with Python 3

Created by
Aaron Keller
Students program motion with constant acceleration.
Preview of Physics Models with Python 2

Physics Models with Python 2

Created by
Aaron Keller
Students program a block to slide across a wooden floor.
Preview of Physics Models with Python 1

Physics Models with Python 1

Created by
Aaron Keller
Student learn to create a visual field and objects in that field.
Preview of A-Level Computer Science Paper 4: Computational Thinking and Problem-Solving

A-Level Computer Science Paper 4: Computational Thinking and Problem-Solving

This product covers the entire Cambridge International A-Level Computer Science 9618 Paper 4 content for exams in June and November 2021, 2022, 2023. This product contains up to 30 practical videos and worked examples in Python from through binary search, bubble sort, imperative programming, and all the way to object-oriented programming (OOP) in its most simplified way that ultimately encourages learners to meet the needs of Higher education courses in computer science as well as twenty-first-c
Preview of Velocity & Speed Word Problems Worksheet with KEY (Physics & Physical Science)

Velocity & Speed Word Problems Worksheet with KEY (Physics & Physical Science)

Help your students master the formula v=d/t with this no-prep Velocity & Speed Worksheet. This resource provides 9 targeted word problems. Perfect for Middle School Physical Science, introductory Physics, or as a review for high schoolers. What’s Included:9 Real-World Word Problems: Scenarios include animals (sharks, dolphins, turtles) and vehicles (airplanes, spaceships) to keep students engaged.Emphasis on Vectors: The instructions explicitly ask students to "include a direction," ensuring t
Preview of Titan Wind-Rover Design Challenge | Engineering Design Process STEM Project

Titan Wind-Rover Design Challenge | Engineering Design Process STEM Project

Created by
Learn By Comics
Launch your students into an epic engineering adventure on Saturn’s largest moon — Titan! In this immersive Engineering Design Process (EDP) project, students become NASA engineers for StemTech tasked with creating a wind-powered rover capable of traversing Titan’s icy dunes using only wind energy (simulated with a fan). Rumor has it… one of 's famous turtle-rescue kittens escaped and is now hiding on Titan! 🐢🐾 Students must design, test, and iterate their rover prototypes to track it down —
Preview of Science Technology Engineering Math – Semester Long Basic Pacing Guide

Science Technology Engineering Math – Semester Long Basic Pacing Guide

Check out the One-Semester STEM Bundle Below: CLICK HERE!STEM – One-Semester Basic Pacing Guide | Semester Scope & Sequence Plan your STEM course with this 18-week pacing guide that integrates science, engineering, technology, AI, and computer hardware. This semester introduces: Computer Components & Hardware Systems Physics of Motion, Energy & Gravity Electricity, Magnetism & Circuits Chemistry, Waves, Sound, Light & Optics Python Programming Fundamentals Robotics, Sensors & Engineering Desig
Preview of Fast or Slow? STEM Science Experiment & Motion Worksheet End of year

Fast or Slow? STEM Science Experiment & Motion Worksheet End of year

Created by
HappyKidsWS
Make learning about speed and motion fun with this Fast or Slow? STEM science worksheet! Kids will predict, test, and record results to explore how different objects move. Includes cut-and-paste sorting, a weight vs. speed experiment, and a creative design challenge. Perfect for preschool, kindergarten, and early elementary science lessons! Mini Review of Each Page (Useful for Teachers)Page 1: Introduction & Experiment Instructions Learn the difference between fast and slow motion and make pre
Preview of Decision Trees and Random Forests (Fundamentals of Machine Learning Algorithms)

Decision Trees and Random Forests (Fundamentals of Machine Learning Algorithms)

The main idea of this lesson is to explain how decision trees and random forests work as machine learning algorithms, how they are used for classification and regression, and how random forests improve decision tree performance by combining multiple trees.Student Focus:Understand the basic principles of decision trees and how they are used for classification and regression tasks.Learn how random forests enhance the performance of decision trees by using an ensemble of trees and techniques like b
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