Debug Algorithm
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K–2 Classroom Reset Slides | Debug Lab Spiral Review for Math & ELA
💻🔍 K–2 CLASSROOM DEBUG LAB | FIND THE BUG SPIRAL REVIEW SLIDES 🔍💻 Your students are not just reviewing skills — they are becoming classroom “debuggers!” This tech-inspired slide deck transforms end-of-year review into an engaging error-analysis challenge where students find, explain, and fix “bugs” in routines, math, oral language, and early literacy tasks. Perfect for kindergarten, first grade, second grade, intervention groups, morning meeting, classroom reset time, spiral review, or those
K - 2nd
Arithmetic, Classroom Community, Reading Strategies
End-of-Year Classroom Reset Slides K–2 | Classroom Debug Lab
🚨 CLASSROOM DEBUG LAB: END-OF-YEAR RESET SLIDES 🚨 Your class does not need more noise right now — it needs a calm, clever, and structured reset. Classroom Debug Lab helps K–2 students rebuild routines, strengthen listening skills, practice self-regulation, and spiral review core academic concepts in ONE cohesive slide deck. Designed for late-May and end-of-year survival mode, this premium static slide deck blends classroom management + spiral review + stamina repair into a polished teacher-led
K - 2nd
Classroom Community, Place Value, Reading Strategies
Coding Unplugged BBQ Algorithm Game - Scratch Coding STEM Activity for 4-8 Grade
This activity is designed as a Coding Unplugged activity, meaning students can learn Scratch coding concepts without using computers, making it perfect for classrooms, STEM lessons, computer labs, and substitute plans. This resource helps students understand the basics of coding by learning how algorithms work through a fun summer BBQ themed challenge. Students read clues, follow directions, and create logical steps—just like real programmers do! What’s Included This Computer Coding Worksheet
1st - 9th
Computer Science - Technology, Instructional Technology, Robotics
Hands-On SPIKE Prime Sensor Debugging Lab – Ready to Use!
Give your students a real-world LEGO SPIKE Prime robotics challenge with this hands-on Sensor Debugging Lab! Designed for middle school STEM and coding classes, students learn how to debug, test, and fix code while building confidence in programming logic, loops, and sensor reasoning. This lab includes four practical scenarios: Color Sensor (Reflected Light) – Understand how sensor placement and thresholds affect robot behavior Distance Sensor (Approaching) – Learn how logic and measureme
5th - 8th
Computer Science - Technology, Robotics
LEGO SPIKE Prime Debugging WS 1 – Predict, Test & Fix Robot Movement (Begin
Students don’t struggle with building robots — they struggle with understanding what their code actually does. This beginner-friendly LEGO SPIKE Prime debugging worksheet introduces students to reading, predicting, and fixing simple movement code in a structured, low-stress way. Instead of guessing or randomly changing blocks, students: Predict robot movement before running code Identify simple bugs in movement blocks Test their predictions by running the code Make one-block fixes and verify
4th - 8th
Computer Science - Technology, Robotics
Also included in: LEGO SPIKE Prime Debugging Worksheets Bundle | Predict, Test, Fix Code
LEGO SPIKE Prime Debugging WS 2 – Fixing Movement Bugs & Comparing Code
Your students can write code — but can they explain why it doesn’t work? This intermediate LEGO SPIKE Prime debugging worksheet pushes students beyond simple mistakes and into intentional problem-solving. Students must match buggy code to a known goal, identify incorrect logic, and make targeted fixes without rewriting the entire program. Students will: Predict robot movement from multi-block code Compare buggy code to a correct movement goal Debug by adjusting values, order, or logic Explain
4th - 8th
Computer Science - Technology, Robotics
Also included in: LEGO SPIKE Prime Debugging Worksheets Bundle | Predict, Test, Fix Code
LEGO SPIKE Coding Practice Worksheets | Predict & Debug Robot Behavior
If you teach LEGO SPIKE, you’ve probably noticed the problem: there just aren’t many good, SPIKE-specific coding practice worksheets. Most options are too generic, not technically accurate, or written for block coding in general — not real SPIKE robots. That’s why I created this resource. These worksheets are designed specifically for LEGO SPIKE and focus on what students actually struggle with: reading code, predicting robot behavior, and explaining why something happens. What Students Do
4th - 8th
Computer Science - Technology, Robotics
Advanced Algorithms GATE Differentiated Worksheet & Organizer
Reading Passage focused on the Advanced Algorithms Lesson written at a 7th grade level for Gifted & Talented Elementary or Middle School Computer Science & Skills. See Thumbnails for more details. Simply purchase, download and copy! 10x multiple choice questions based on the readingGraphic Organizer to help students pick out the main idea and supporting detailsDifferentiation for elementary students at a higher reading level.Great for close reading and review!Unlike other teacher's resources, th
4th - 7th
Computer Science - Technology, Engineering, Reading
Unit 3 - SPIKE Prime Debugging WS 3 – Advanced Movement Logic & Code Efficiency
This advanced LEGO SPIKE Prime debugging worksheet challenges students to think like engineers, not just coders. Students analyze complex movement patterns, fix subtle bugs, and compare multiple coding approaches that achieve the same robot behavior. The focus is no longer just “Does it work?” but “Is this the best way to code it?”Students will: Predict advanced movement paths (squares, triangles) Debug incorrect angles, rotations, and loop logic Compare two programs that create the same res
4th - 8th
Computer Science - Technology, Robotics
Also included in: LEGO SPIKE Prime Debugging Worksheets Bundle | Predict, Test, Fix Code
3-Digit by 2-Digit Standard Algorithm Multiplication Interactive Math Lesson
Help your students learn 3 digit by 2 digit standard algorithm multiplication with this interactive guided math lesson.Step‑by‑step digital instructions on Google Forms provides students the opportunity to actively participate in the lesson and work at their own pace. Teachers start the lesson together to teach the process, and as students gain understanding, they complete the lesson on their own.Why use this lesson? Great for teaching multiplication with students working at their own pa
5th - 7th
Arithmetic, Basic Operations, Math
CCSS
5.NBT.B.5
Also included in: 5th Grade Math Self Checking Digital Lessons Multi-Digit Multiplication
From Illustrations to Long Division - a step by step guide
Are your learners ready to use the standard division algorithm (long division), but not quite confident in walking away from their place value charts and illustrative techniques? This guide walks the student through a long division problem side by side a place value chart illustration of division with questions to prompt the students to identify the steps as they go. This can be used as a reference point for parents/educators, as a resource for students during independent work or as a jumping po
3rd - 5th
Math, Numbers
CCSS
3.OA.A.3
, 4.OA.A.2
Partial sums 2 digit addition mini lesson, Game for Practice, assessment
Partial sums addition strategy uses place value to solve addition equations.Students struggle with traditional algorithm because they don’t understand that “carry the one” means they are actually composing a ten. Even students who use the traditional method will benefit from partial sums practice. Math Games Boost Engagement & Motivation, promotes deep understanding & fluencyIncludes:3 page mini lessonassessment Race to the Top Game Players read the equation made with the cards aloud togethe
2nd - 3rd
Basic Operations, Mental Math
CCSS
1.NBT.C.4
, 2.NBT.A.1
, 2.NBT.A.3
+1
5.3B Anchor Chart Multiply 3 by 2 Digits
This anchor chart shows a step by step visual for solving a 3 by 2 digit number using standard algorithm that helps students follow along a little easier.
5th
Basic Operations, Numbers
Multiply 3 by 2 Digits Anchor Chart
This anchor chart shows a step by step visual for solving a 3 by 2 digit number using standard algorithm that helps students follow along a little easier.
4th - 6th
Basic Operations, Numbers
CCSS
5.NBT.B.5
Multiplying Fractions by a Whole Number Anchor Chart
This anchor shows students step by step how to turn a whole number into a fraction and solve using standard algorithm. It also shows them how to model multiplication of a fraction and a whole number on a number line, with an area model, and with repeated addition.
4th - 6th
Arithmetic, Fractions, Numbers
CCSS
5.NF.B.4
5.3I Anchor Chart Multiplying Fractions by a Whole Number
This anchor shows students step by step how to turn a whole number into a fraction and solve using standard algorithm. It also shows them how to model multiplication of a fraction and a whole number on a number line, with an area model, and with repeated addition.
5th
Basic Operations, Fractions
Area Multiplication: Teaching Multiplication with Understanding
This activity shows students what multiplication is and why it works. It is a great alternative to the more common multiplication algorithm and addresses Common Core Standard 4.5 in Numbers and Operations in Base Ten. Area multiplication leads into the my extended activity, Mental Multiplication, and also can be used to multiply polynomials in algebra. Includes journal prompts, homework master, extensions, Common Core standards addressed, and answer key.
3rd - 6th
Arithmetic, Basic Operations, Mental Math
CCSS
3.NBT.A.3
, 4.NBT.A.1
, 4.NBT.B.5
+3
Error Analysis: Multiplication
Higher Order Thinking Task Cards
Newly update with new graphics: This is a set of critical thinking task cards. Students are required to analyze a traditional algorithm multiplication problem to find the single error. Students are then required to use their math knowledge and vocabulary to describe the problem. Then students write an extended response to help fix the error.
The task cards in this packet can be used in a variety of ways in the classroom: individual work stations, partner/ gro
4th - 7th
Basic Operations, Math Test Prep
CCSS
4.NBT.B.5
, 5.NBT.B.5
, 6.NS.B.3
Unplugged Coding Peanut Butter and Jelly Sandwich Lesson Plan
Lesson Description: Unplugged Coding - Peanut Butter and Jelly Sandwich This engaging and interactive lesson plan is designed for 4th to 6th-grade students to introduce fundamental algorithms, computational thinking, and problem-solving concepts through an unplugged coding activity. The activity involves creating step-by-step instructions (algorithms) for making a peanut butter and jelly sandwich. Overall, this lesson plan provides a dynamic and inclusive approach to introducing coding concepts,
3rd - 6th
Computer Science - Technology
5.3D Anchor Chart Multiplication of Decimals with Models
This anchor chart gives students step by step instructions on how to create model to show multiplication of decimals with a whole number and multiplication of decimals by decimals. This builds up to multiplication of decimals with standard algorithm.
5th
Basic Operations, Decimals, Numbers
SPIKE Prime Robotics Unit 5 Lesson 2: Flowcharts
Stop letting students jump straight into coding without a plan. This LEGO SPIKE Prime flowchart lesson teaches students how to organize autonomous robot logic before they build. Students learn how Forever loops, sensor checks, and decision blocks work together inside a clear system structure — reducing confusion, debugging time, and priority mistakes during autonomous challenges. Instead of guessing why their robot is misbehaving, students visually map what happens first, what repeats, and how e
5th - 8th
Computer Science - Technology, Robotics
Unit 2 - Analyze Robot Movement | Identify & Explain Misunderstandings
Students often fix mistakes blindly without understanding the why. This 20–25 minute worksheet teaches them to analyze movement errors conceptually. Students identify misunderstood distance, direction, angles, or sequence concepts, and explain what was expected vs. what actually happens. Why teachers love it: Fosters critical thinking before debugging robots Differentiates from traditional “debug” worksheets Includes full teacher reasoning key with sample explanationsEditable for easy classro
4th - 8th
Computer Science - Technology, Robotics
Also included in: Movement Math for Robotics | 5 Worksheets + Answer Keys
LEGO SPIKE Prime Sensors & Movement Worksheet – Force, Distance, Gyro, Color
Stop Guessing – Start Thinking Like an Engineer! Are your students constantly asking: “Why didn’t my robot do what I thought it would?” “Which sensor should I use?” “Right: 90? But my robot turned more than that…” This LEGO SPIKE Prime Sensor Comparison Worksheet finally answers those questions — without turning your class into a debugging marathon. What Makes This Resource Different Instead of having students spend class time figuring out the code, this activity has them think like engineer
5th - 8th
Computer Science - Technology, Robotics
Mathematicians Famous from History (Grades 5-9) (Editable)
T"Famous Mathematicians Throughout History - 8 Biographies | Pythagoras to Euler" General Information: An engaging resource featuring 8 influential mathematicians from antiquity to modern times. Each mathematician's slide includes biographical information, time period, country of origin, key contributions to mathematics, and major theorems/concepts. Perfect for cultural awareness, enrichment, and connecting mathematics to history. Content Breakdown: Number of Slides: 10-12 slides Number o
4th - 12th, Adult Education, Higher Education
Algebra, Math Test Prep, Physics
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