Parallel Lines Project

2+ results

Design a Safe Drop System

Created by

🪂 Design a Safe Drop System: A Phenomena-Based STEM Engineering Challenge (5E Lesson)Engage your students in authentic, high-impact learning with this real-world STEM design challenge where they investigate a compelling phenomenon and apply physics, math, and engineering principles to solve a critical problem: How can we design a system that safely controls the motion of a falling object? 🌍 PHENOMENA-BASED LEARNING THAT DRIVES CURIOSITY This project begins with an observable, real-world phe

6th - 12th

Applied Math, Engineering, Physics

CCSS, NGSS

HSF-IF.A.2

, HSF-IF.B.4

, HSF-IF.B.6

Also included in: STEM Night Expo Bundle

Algorithm Analysis and Design: Foundations, GCD Algorithms & Numerical Methods

Created by

Networking Study Room

This lesson provides a complete foundation in GCD Algorithms and Numerical Methods, covering Euclid’s Algorithm, the Middle-School GCD algorithm, time complexity analysis, and numerical root-finding using the Newton–Raphson method. ────────── ⋆⋅☆⋅⋆ ────────── What’s Included 💡 Full GCD Algorithms & Numerical Methods Slide Deck (PPT + PDF)💡 Worked GCD examples💡 Time complexity comparisons💡 Newton–Raphson numerical method walkthroughs💡 Ready for in-person, online, or hybrid classroo

9th - 12th, Adult Education, Higher Education

Computer Science - Technology, Engineering, Instructional Technology

Also included in: Algorithm Analysis & Design | Complete Step-by-Step Curriculum