Python Coding Rubric
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Programs & methods
Old School Vs New School - Digital & Analog Signaling Comparison Lab & Lesson
📡 Analog vs. Digital Signals: Binary Coding Lab & CER (NGSS MS-PS4-3) Help your students experience how information is encoded, transmitted, and decoded with this highly engaging Analog vs. Digital Signals lesson aligned to NGSS MS-PS4-3. This resource blends hands-on learning, critical thinking, and real-world technology connections into one ready-to-teach package. Students don’t just learn about digital signals—they become the system by using a binary alphabet code to send and receive i
6th - 8th
Physical Science, Physics
NGSS
MS-PS4-3
Atomic Hook-Ups | Overview of Bonding | Periodic Trends | Chemistry
This companion handout is designed to pair with Crash Course Chemistry: Atomic Hook Ups. A QR code to the Youtube video is included. The handout helps students actively engage with the video while building a deeper understanding of periodic trends. On the front, students complete guided notes and questions aligned with the video to reinforce key concepts. On the back, four blank periodic tables allow students to sketch the gradients for: - Atomic Radius - Electron Affinity - Ionization Energy -
9th - 12th, Higher Education
Chemistry, Coloring Pages, Physics
NGSS
HS-PS1-1
MYP 1-3 Criteria B: Bouncing Ball Lab (Energy)
Creating authentic MYP assessments can be challenging. No fret! Here is a Criteria B Assessment that is super easy, challenging for the kids, comes with an awesome rubric, and even includes an answer key for moderation! I love sharing the example key with the kids afterwards so they can compare their lab reports and see how they can improve! Or use it as a formative assessment! This lab report involves two things:Task 1: Design an experiment to test the relationship between kinetic and potential
6th - 10th
Chemistry, General Science, Physics
NGSS
MS-PS3-4
, MS-PS2-4
, MS-PS3-2
 +4
Egg Drop STEM Workbook – Student Engineering Journal | Grades 6–8 PDF
This Student Engineering Workbook is designed to support students as they plan, test, analyze, and improve their designs during the Egg Drop Engineering Challenge. Created specifically for Grades 6–8, this workbook emphasizes evidence-based reasoning, data collection, and redesign while remaining student-friendly and classroom-ready. This is a student-facing resource intended to pair with a hands-on Egg Drop project. What’s Included• 5-page Student Engineering Workbook (PDF)• Engineering ch
6th - 8th
Engineering, General Science, Physics
NGSS
MS-ETS1-2
, MS-ETS1-4
, MS-ETS1-1
 +1
Also included in: Egg Drop STEM Workbook Bundle – Engineering Journal | Grades 3–8 PDF
Egg Drop STEM Workbook – Student Engineering Journal | Grades 3–5 PDF
This Student Engineering Workbook is designed to support students as they plan, test, and improve their designs during the Egg Drop Engineering Challenge. Created specifically for Grades 3–5, this workbook provides structured space for students to sketch ideas, record test results, and reflect on design improvements — without overloading them with writing or technical language. This is a student-facing resource intended to pair with a hands-on Egg Drop project. What’s Included• 4-page Stude
3rd - 5th
Engineering, General Science, Physics
NGSS
3-5-ETS1-3
, 3-5-ETS1-1
, 3-5-ETS1-2
Also included in: Egg Drop STEM Workbook Bundle – Engineering Journal | Grades 3–8 PDF
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