Debug Algorithm
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AP | Iteration, Lists & Algorithm Development | 450 Task Cards BUNDLE | Gr 9-12
Ready to build your high school students’ programming logic from the ground up? This 450 Task Cards BUNDLE is your complete, no-prep solution for teaching key computer science concepts to students in Grades 9–12. Covering everything from basic list operations and iteration to algorithm analysis and abstraction, this bundle offers the structured, standards-aligned practice your students need to master foundational and advanced coding skills. Perfect for Python-based instruction, AP Computer Sci
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Algorithms and Limits Integration Lesson | 30 Task Cards | Grade 9-12
Are your students struggling to connect abstract computer science concepts with higher-level mathematical reasoning?This Algorithms and Limits Integration Lesson task card set is designed to help students in Grades 9–12 strengthen their understanding of algorithm behavior while also reinforcing key ideas from calculus, including limits, derivatives, and integrals. By combining algorithm analysis with mathematical reasoning, this resource supports deeper thinking across both disciplines in a cle
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Efficiency Comparison Across Multiple Algorithms | 30 Task Cards | Gr 9-12
Can your students explain why some algorithms outperform others under different conditions?This comprehensive set of 30 multiple-choice task cards gives your high school students essential practice comparing algorithm efficiency across a wide range of real-world and theoretical computing scenarios. Created for Grades 9–12, this resource is ideal for AP Computer Science courses or any high school computer science curriculum focused on algorithm analysis, data structures, and computational thinkin
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Synthesizing Efficiency Explanations for Algorithm Behavior | 30 Task Cards
Are your students struggling to explain why one algorithm is more efficient than another?This ready-to-use set of 30 multiple-choice task cards is the perfect tool for helping high school students develop a deep, practical understanding of algorithm efficiency. Designed for Grades 9–12, these cards focus on synthesizing efficiency explanations — not just memorizing Big O notation, but understanding what it means and how it applies to real-world computing scenarios. Whether you’re teaching AP C
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Comparing Algorithms Under Different Data Conditions | 30 Task Cards | 9-12
Do your students know which algorithm performs best depending on the data?This comprehensive set of 30 multiple-choice task cards helps students in Grades 9–12 explore how different algorithms behave under various data conditions. Whether you’re covering sorting, searching, or data structure selection, this resource gives your students the critical thinking tools they need to analyze and compare algorithms like quicksort, mergesort, bubble sort, counting sort, and more. Designed for AP Computer
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Justifying an Algorithm Choice by Runtime Behavior | 30 Task Cards | 9-12
Can your students explain why one algorithm outperforms another in runtime behavior?This set of 30 carefully constructed task cards is designed to help high school students in Grades 9–12 justify algorithm choices based on runtime efficiency. These printable task cards offer essential practice in understanding the time and space complexity of different algorithms — empowering students to analyze, compare, and defend the most efficient choices in real-world computing scenarios. Whether you’re rei
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Comparing Execution Times Across Algorithms | 30 Task Cards | Grade 9-12
Do your students confuse algorithm names and their time complexities?Help them confidently compare execution times across multiple algorithms with this focused set of 30 multiple-choice task cards. Designed for Grades 9–12, these printable cards offer quick, curriculum-aligned practice to deepen understanding of time and space complexity, algorithm efficiency, and computer science fundamentals — no prep required. Whether you’re teaching AP Computer Science, Computer Science Principles, or any in
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Designing List-Based Algorithms | 30 Task Cards | Grade 9-12
Are your students learning how to design efficient algorithms using list abstraction? This printable set of 30 task cards is the perfect tool to help high school students in Grades 9–12 build confidence with one of the most fundamental programming skills—developing algorithms that rely on lists for organizing and processing data. These multiple-choice task cards focus on the building blocks of list-based algorithms, covering everything from basic list operations to designing more advanced sol
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Evaluating Alternative Algorithms | 30 Task Cards | Grade 9-12
Are your students ready to think critically about how algorithms perform and how to make them better? This set of 30 Task Cards is designed for high school students in Grades 9–12 who are learning to evaluate and refine alternative algorithms. These thoughtfully crafted multiple-choice cards help students go beyond just writing code—they start thinking like developers who need to improve, optimize, and compare different solutions to the same problem. With a strong emphasis on algorithm evalua
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Comparing Algorithms | 30 Task Cards | Grade 9-12
Are your students learning that different algorithms can reach the same result—but with very different levels of efficiency? This set of Comparing Algorithms TASK CARDS is designed to help high school students in Grades 9–12 analyze, evaluate, and compare algorithms that produce equivalent outcomes. Through structured, multiple‑choice task cards, students practice identifying which algorithms are most suitable for specific situations based on performance, efficiency, and data characteristics.
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Creating & Modifying Algorithms | 30 Task Cards | Grade 9-12
Are your students ready to build a strong foundation in algorithm design and modification? This set of 30 high-quality task cards is the ideal classroom resource for teaching high school students in Grades 9–12 how to create, analyze, and improve algorithms. With multiple-choice questions based on real-world computer science concepts, these task cards provide critical practice in algorithm thinking, efficiency, and application. Designed to strengthen logical reasoning and deepen students’ unders
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | List Traversal Algorithms | 30 Task Cards | Grade 9-12
Are your students ready to determine the results of list traversal algorithms with confidence? This powerful resource includes 30 carefully crafted task cards that challenge high school learners to predict outputs from list operations—a vital skill for any aspiring programmer. Designed for Grades 9–12, these printable task cards help reinforce core algorithmic thinking using real-world coding examples that emphasize logic, iteration, and list manipulation. Each task card focuses on the practical
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Sequencing Algorithms into Code | 30 Task Cards | Grade 9-12
Are your students ready to move from pseudocode to real Python code?This set of 30 task cards will help high school students in Grades 9–12 build confidence in writing and understanding Python syntax by focusing on one of the most essential programming skills: sequencing algorithms into accurate code statements. Designed to reinforce core concepts, this resource helps students connect computational thinking with hands-on coding application. Each card presents a carefully crafted multiple-choice
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
Also included in: AP | Programming Foundations | 450 Task Cards BUNDLE | Grade 9-12
Drama & Design- Unplugged Coding and Debugging using Stage Directions
Each set includes: 1 Coding Grid for movements with Alphabet 1 set of pieces to support moving through the coding grid 18 task cards to solve unplugged coding/debugging using Stage Directions Dyslexia-friendly font A way to combine Drama Stage Directions skills and Design Coding skills together. BONUS: Stage Direction Posters to help move around the classroom and understand the directions on Stage.
2nd - 5th
Computer Science - Technology, Drama, Engineering
Drama & Design- Debugging the Code (unplugged) with Stage Directions
1 Coding Grid for movements with Alphabet 1 set of pieces to support moving through the coding grid 18 Debugging the Code cards to solve unplugged coding using Stage Directions Dyslexia-friendly font A way to combine Drama Stage Directions skills and Design Coding skills together.
2nd - 5th
Computer Science - Technology, Drama, Engineering
Also included in: Drama & Design- Unplugged Coding and Debugging using Stage Directions
AP | List Traversals & Tree Operations | 30 Task Cards | Grade 9-12
Are your students confident in understanding how traversal algorithms work inside lists and trees? Help them master this essential computer science concept with this comprehensive set of 30 high-school level task cards focused on list operations inside traversals. Designed for students in Grades 9–12, this no-prep resource supports critical thinking, algorithmic analysis, and real-world application in any introductory or AP-level computer science course. This resource focuses specifically on
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP|Algorithmic Efficiency,Limits & AP Exam Readiness |450 Task Cards BUNDLE|9-12
Looking for a comprehensive, print-and-go solution to teach algorithm efficiency, problem-solving strategies, and theoretical computer science — all in one bundle?This Algorithm Analysis and Problem Solving BUNDLE includes 450 multiple-choice task cards designed for Grades 9–12. These cards cover essential topics like algorithm comparison, heuristic reasoning, problem solvability, limits of computation, efficiency trade-offs, Big O analysis, sorting/searching strategies, and the integration o
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | How Data Size Affects Execution Time | 30 Task Cards | Grade 9-12
Are your students struggling to understand how data size influences algorithm performance?Clarify this complex computer science concept with a no-prep, ready-to-use set of 30 task cards specifically designed to reinforce the impact of data size on execution time. Perfect for high school classrooms, this resource will help students in Grades 9 to 12 build a solid understanding of algorithm efficiency, time complexity, and scalability through targeted practice and critical thinking. These task car
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Efficiency Reasoning with Larger Datasets | 30 Task Cards | Grade 9-12
Do your students know how to reason through the efficiency of algorithms at scale?Bring clarity to a challenging topic with this set of 30 thoughtfully crafted task cards focused on efficiency reasoning with larger datasets. Tailored for Grades 9–12, this resource helps students break down complex ideas like time complexity, data structure performance, and algorithm selection with confidence and clarity. It’s the perfect tool for reinforcing essential concepts in computer science through hands-o
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
AP | Limits of Computation and Problem Solvability | 30 Task Cards | Grade 9-12
Can your students explain why some problems can’t be solved by any algorithm?Dive into the world of theoretical computer science with this print-and-go set of 30 task cards focused on the limits of computation and problem solvability. Designed for Grades 9–12, these cards are a powerful resource for teaching abstract but essential concepts like the Halting Problem, P vs NP, decidability, Turing machines, and exponential time algorithms — all through clear, multiple-choice questions that require
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
OS Scheduling Hands-on Activity: Build a Gantt Chart
Looking for a way to make Operating System scheduling hands-on and interactive? This activity turns abstract algorithms into a classroom puzzle students can see, move, and solve! What Students Do: Cut out time slice manipulatives and arrange them into a working Gantt Chart. Work through task cards that guide them in simulating scheduling schemes. Record solutions on a student worksheet to turn in. Calculate average waiting time, turnaround time, and throughput. Differentiated Levels: Level
8th - 12th, Higher Education
Applied Math, Computer Science - Technology, Engineering
Unplugged Coding Growing Bundle | K-2 Computer Science & Logic Worksheets
This Unplugged Coding Growing Bundle provides a massive collection of screen-free logic activities that help primary students master basic algorithms. This 120-page PDF resource currently features seasonal sets for Spring, End of Year, and Mother’s Day, with 7 more holiday themes coming soon (including Summer, Back to School, Halloween, and more). Each set includes thirty task cards across two grid sizes to support K-2 learners. The no-prep design allows teachers to print and go, providing im
K - 2nd
Computer Science - Technology, Engineering
Place Value Coding Task Cards with Dash Robot- Full Pack
This full pack of task cards uses Dash robots and the free iPad app Blockly from Wonder Workshop. Students can use these task cards to complete an algorithms. Students will show their knowledge of place value with a focus on tens and ones and the different features of the Blockly app. This pack includes eight sets of different task cards and kid friendly answer keys. Perfect for small groups, station work or early finishers!
K - 2nd
Engineering, Place Value, Robotics
CCSS
1.NBT.B.2
AP | Procedural Abstraction & Complexity | 30 Task Cards | Grade 9-12
Are your students ready to tackle the core of computer science problem-solving? These "Procedural Abstraction and Complexity" Task Cards are a must-have resource for high school programming classrooms. Designed for Grades 9–12, this set of 30 task cards provides a comprehensive review of procedural abstraction, algorithm complexity, recursion, modularity, and more—all in a classroom-ready, easy-to-implement format. Whether you’re preparing students for AP Computer Science Principles, AP CSA, or
9th - 12th
Computer Science - Technology, Engineering, Instructional Technology
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