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Preview of Lego Mindstorms EV3 Programming Blocks Notes and Quizzes for Motors Switch and

Lego Mindstorms EV3 Programming Blocks Notes and Quizzes for Motors Switch and

This set of notes and quizzes covers six of the most commonly used programming blocks: medium motor, large motor, move steering, move tank, loop and switch. Use the notes page to teach the purpose of and settings for each block. Then use the quiz to review, as a warm up, or as a formative assessment to determine the student's knowledge about that particular block. A key is included for each notes and quiz page. Bonus: Scroll to the end of this pack to see the included "More on Motion Block Mod
Preview of AUTOMATE IT | SPIKE™ Prime Robotics & Coding Interactive Notebook

AUTOMATE IT | SPIKE™ Prime Robotics & Coding Interactive Notebook

🚨 PERFECT FOR THE END OF THE YEAR WHEN STUDENTS NEED HANDS-ON, HIGH-ENGAGEMENT STEM ACTIVITIES THAT STILL KEEP THEM LEARNING! 🚨 Transform your robotics classroom into a hub of industrial innovation with this interactive blackline master companion activity designed to accompany the online “Automate It” robotics lesson! Students will identify manual inefficiencies, brainstorm prototypes, and program a LEGO® SPIKE™ Prime robot to perform fully autonomous, sensor-driven tasks while recording th
Preview of KEEP IT REALLY SAFE | SPIKE™ Prime Robotics & Coding Interactive Notebook

KEEP IT REALLY SAFE | SPIKE™ Prime Robotics & Coding Interactive Notebook

🚨 PERFECT FOR THE END OF THE YEAR WHEN STUDENTS NEED HANDS-ON, HIGH-ENGAGEMENT STEM ACTIVITIES THAT STILL KEEP THEM LEARNING! 🚨 Transform your robotics classroom into a high-security lab with this interactive blackline master companion activity designed to accompany the online “Keep It Really Safe” robotics lesson! Students will build, analyze, and program a LEGO® SPIKE™ Prime "Super-Safe-Deposit Box" while recording their thinking, pseudocode, reflections, and engineering analysis directly
Preview of KEEP IT SAFE | SPIKE™ Prime Robotics & Coding Interactive Notebook

KEEP IT SAFE | SPIKE™ Prime Robotics & Coding Interactive Notebook

🚨 THE PERFECT END-OF-YEAR STEM ACTIVITY TO KEEP STUDENTS ENGAGED, COLLABORATING, AND PROBLEM-SOLVING AFTER TESTING SEASON! 🚨 Challenge students to think like real robotics engineers with this interactive blackline master companion activity designed to accompany the online “Keep It Safe” LEGO® SPIKE™ Prime lesson! Students will build, test, and program a functional safe-deposit box while documenting their logic, sensor data observations, and security algorithms directly into their engineering n
Preview of OUT OF ORDER | SPIKE™ Prime Robotics & Coding Interactive Notebook

OUT OF ORDER | SPIKE™ Prime Robotics & Coding Interactive Notebook

🚨 THE PERFECT END-OF-YEAR STEM ACTIVITY TO KEEP STUDENTS ENGAGED, COLLABORATING, AND PROBLEM-SOLVING AFTER TESTING SEASON! 🚨 Challenge students to think like real robotics engineers with this interactive blackline master companion activity designed to accompany the online “Out of Order” LEGO® SPIKE™ Prime lesson! Students will build, test, debug, analyze, and improve a robotic delivery cart while documenting their thinking, troubleshooting strategies, and programming observations directly into
Preview of PLACE YOUR ORDER | SPIKE™ Prime Robotics & Coding Interactive Notebook

PLACE YOUR ORDER | SPIKE™ Prime Robotics & Coding Interactive Notebook

🚨 PERFECT FOR THE END OF THE YEAR WHEN STUDENTS NEED HANDS-ON, HIGH-ENGAGEMENT STEM ACTIVITIES THAT STILL KEEP THEM LEARNING! 🚨 Transform your robotics classroom into a simulated smart factory with this interactive blackline master companion activity designed to accompany the online “Place Your Order” robotics lesson! Students will build, analyze, decompose, and program a LEGO® SPIKE™ Prime robot while recording their thinking, pseudocode, reflections, and engineering analysis directly into
Preview of Cubelet Graphic Organizer - An Inquiry-Based Approach

Cubelet Graphic Organizer - An Inquiry-Based Approach

Created by
STEAMedu
Cubelets are awesome little cubes that are either inputs or outputs. Each combination of different cubes creates a different robot. I use an inquiry-based approach when introducing my students to these little robots. I just give them and go over the first two pages of this packet or pages 3-4 of this packet. First, students predict what each Cubelet does based on what it looks like or its color (some are very hard). Then, they are to investigate and take notes on the function of each Cubele
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