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Preview of GCSE Computing Sorting Algorithms Escape Room | Space Theme | Y10

GCSE Computing Sorting Algorithms Escape Room | Space Theme | Y10

Created by
TeachingCouple
💻 Crack the lock. Open the algorithm core. A print-and-go GCSE Computing escape room for 9th Grade on sorting algorithms — bubble sort and merge sort. Students work as a space-station engineering team racing to crack a sealed algorithm core by solving four themed computing puzzles built around algorithm behavior, complexity, and procedure. What's inside • 19-slide PowerPoint. • Three differentiated student sheets (support / standard / stretch). • Teacher answer key + 3 hint cards. Differentiati
Preview of Santa’s Python Gift Optimizer Lab & Lesson | Grades 6-12 | Intro to Algorithms

Santa’s Python Gift Optimizer Lab & Lesson | Grades 6-12 | Intro to Algorithms

🎅 Santa’s Python Gift Optimizer Lab & Lesson | Grades 6-12 | Middle & High School | Intro to Algorithms, Efficiency, and Holiday‑Themed Problem‑Solving | Maximize Joy with Python 🎁✨Product DescriptionGet ready to sleigh the Python coding world with this fun and engaging lesson that combines holiday cheer with algorithmic thinking! In "Santa’s Gift Optimizer," students will learn how to use sorting and greedy algorithms to select the best combination of gifts that maximize joy points without br
Preview of History of Algorithms - History of STEM practicals - How Old Is That Computer?

History of Algorithms - History of STEM practicals - How Old Is That Computer?

Practical 29 in the History in STEM practical series.In this practical the students will get to try out some of the most useful ancient algorithms. Try out ancient Babylonian volume calculations, or look at Thales's Theorem. Check out Eratosthenes' Sieve or the Euclidean Algorithm. Each one shows the students a different skill and gives them a visual glimpse of this interesting world. This practical is a great way to combine history and mathematics together in one lesson. All you need is some st
Preview of Primm & Kruskal's Algorithm Step by Step print out for Spanning Trees

Primm & Kruskal's Algorithm Step by Step print out for Spanning Trees

Created by
Holland Math
This is a quick printout of the step-by-step directions for the two spanning tree algorithms, Prim and Kruskal, that students can use in their notes to save time.
Preview of Hungarian Algorithm Questions

Hungarian Algorithm Questions

Three questions on Hungarian algorithm - minimisation - Maximisation - Non square array
Preview of Mini Test Hungarian Algorithm

Mini Test Hungarian Algorithm

This is a great practice test for a lead in to a test. It should be completed in 42 minutes. Covers all types of Hungarian algorithm questions.
Preview of Box and Whisker Plot Algorithm for student use desk copy.

Box and Whisker Plot Algorithm for student use desk copy.

Created by
Purple Flamingo
This is a step-by-step algorithm for creating a box and whisker plot. It is intended for student use and can be copied and laminated for them to keep and use as a reference tool. There are four of each one on a page for duplication purposes, but a single one can be copied and pasted for a whole classroom or sign use.
Preview of Multiplying Fractions Test with Models

Multiplying Fractions Test with Models

This test is broken into three sections. Multiplying fractions using a standard algorithm, multiplying fractions using models, and multiplying fractions word problems. Each section is broken down into a certain number of points as well. This test is a Microsoft word document so you can easily edit it to fit the needs of your class!
Preview of Fraction Division using String!

Fraction Division using String!

After a discussion of reciprocals, students work in cooperative groups to prove the fraction division algorithm by folding lengths of string into fractional parts. After practicing by dividing a whole number length of string, they divide a fractional string length into smaller fractional parts. Aha Moment: When finished, students will have proven why the abstract concept of fraction division is equal to multiplying by the reciprocal of the second fraction.
Preview of Python + C# Advanced Curriculum & Labs | Grades 9-12 | OOP, Data Structures

Python + C# Advanced Curriculum & Labs | Grades 9-12 | OOP, Data Structures

Python & C# Advanced Coding Curriculum | Grades 9–12 | High School | OOP, Data Structures, File I/O, Algorithms, Real‑World Software Design | Deep‑Dive SeriesThis lesson has been extensively expanded. If you have previously purchased this product, download the latest version at no cost to you and if you haven't; check out our previews and get your copy today!Challenge your students with this Advanced Coding Curriculum, designed to simulate real-world programming! These 5 lessons explore OOP, A
Preview of TED Talk: Can robots be creative?- Gil Weinberg

TED Talk: Can robots be creative?- Gil Weinberg

This high school technology and philosophy resource explores artificial intelligence and creativity, including the Lovelace Test, genetic algorithms, and the debate over machine-generated art. Students analyze innovation, ethics, and the nature of creativity. Includes • 20 discussion and comprehension questions • Analytical essay prompt • Structured essay with paragraph guidance and sentence starters • Classroom debate activity • Critical thinking discussion questions Grades: 8–12 | Print-and-go
Preview of Decimal Division Practice Problems With Answer Key

Decimal Division Practice Problems With Answer Key

Created by
MrsAMPM
This product can be used for standard practice or as preparation for a decimal division test. Some of the problems use division algorithms and some are word problems. The answer key is included.
Preview of 5.N.5 Multiplication Lesson Plan, Questions, and Answer Key

5.N.5 Multiplication Lesson Plan, Questions, and Answer Key

5.N.5. Demonstrate an understanding of multiplication (1- and 2-digit multipliers and up to 4-digit multiplicands), concretely, pictorially, and symbolically, by: using personal strategies, using the standard algorithm, and estimating products to solve problems. This includes a lesson plan, questions, and an answer key.
Preview of Multiplication using Whole Numbers

Multiplication using Whole Numbers

Created by
Huynhin5th
This worksheet contains two digit by two digit , three digit by two digit, and four digit by two digit multiplication problems. Multiplication problems are in the form of standard algorithm, using partial products to determine the product, as well as in word problem format.
Preview of Grade 4 | Multi-Digit Multiplication | Unit Bundle

Grade 4 | Multi-Digit Multiplication | Unit Bundle

What it isThis 5-day unit bundle is designed for Grade 4 and focuses on multi-digit multiplication. Students practice multiplying larger numbers using strategies such as the standard algorithm, partial products, and area models. Why it mattersMulti-digit multiplication is a major bridge between basic fact fluency and more advanced problem-solving. This bundle helps students understand how multiplication strategies work, not just memorize steps, while building confidence with larger numbers. 📄
Preview of Division Place Value Disks & Place Value Charts CCLS - Math: 5.NBT.7

Division Place Value Disks & Place Value Charts CCLS - Math: 5.NBT.7

Created by
Balsamomath
Visually complete division problems by drawing place value disks onto place value charts to obtain the answers. Whole numbers and decimal numbers are used. 8 work sheets and 8 detailed answer sheets. Last three work sheets also use standard algorithm for division (students are encouraged to compare their answers to check their work). CCLS - Math: 5.NBT.7 Category Number And Operations In Base Ten Sub-Category Perform Operations With Multi-Digit Whole Numbers And With Decimals To Hundredths.
Preview of AP® CSA Unit 4: Data Collections | Goldie's Complete Curriculum

AP® CSA Unit 4: Data Collections | Goldie's Complete Curriculum

AP CSA Unit 4 Full Curriculum BundleData Collections Complete Lessons, Projects, Activities & AssessmentsAligned to 2025 CED Goldie's AP Computer Science A Unit 4 Full Curriculum Bundle provides everything you need to teach 1D arrays, ArrayLists, 2D arrays, and algorithms with confidence and clarity. Covering all major topics related to arrays, reading text files, ArrayLists, 2D arrays, sorting and searching, and recursion, this bundle includes detailed lesson notes, guided practice, homework
Preview of Multiply Multi-digit Numbers and Volume Chapter 1 Assessment iReady

Multiply Multi-digit Numbers and Volume Chapter 1 Assessment iReady

Created by
David DiMola
This assessment is 6 pages composed of both multiple choice and fill in questions. There are 20 questions related to multi-digit multiplication, volume, expanded form, expanded notation, and area. This formative or summative assessment assists in understanding how to multiply multi-digit numbers using area models and the standard algorithm. It also requires students to determine the volume of rectangular prisms and composite figures and identify values of digits and how their related to place
Preview of 4th Grade: Engage NY Module 1 Application Problems, Read:Draw:Write Template

4th Grade: Engage NY Module 1 Application Problems, Read:Draw:Write Template

These application problems were taken from Grade 4 Common Core Math lessons in Module 1 of the Engage NY curriculum. I have used this template with partners and as an assessment tool to see if students are effectively using strategies learned in previous lessons. There are 19 lessons in Module 1 on place value, rounding and algorithms for addition and subtraction. These are all of the application problems cut and pasted onto my Read:Draw:Write template.
Preview of One Digit Divisor Word Problems

One Digit Divisor Word Problems

Created by
Julia Anderson
Two Digit by One Digit and 3 Digit by One Digit Long Division Story ProblemsA few problems are multi-step and add a challenge! Based on 4th Grade Standards:Demonstrate mastery of multiplication and division basic facts; multiply multi-digit numbers; solve real-world and mathematical problems using arithmetic. 4.1.1.6 Use strategies and algorithms based on knowledge of place value, equality and properties of operations to divide multi-digit whole numbers by one- or two-digit numbers. Strategies
Preview of Integer Operations/Absolute Value Review

Integer Operations/Absolute Value Review

This word document is fully editable. It starts with a review of how to add, subtract, multiply, and divide integers. It includes 27 questions about adding, subtracting, multiplying, and dividing integers as well as opposites and absolute value. I used this resource as a study guide before I gave a test. You can edit to specify if you would like your students to solve the problems using models or an algorithm.
Preview of AP® CSA Unit 2: Selection and Iteration | Goldie's Complete Curriculum

AP® CSA Unit 2: Selection and Iteration | Goldie's Complete Curriculum

AP CSA Unit 2 Full Curriculum BundleSelection and Iteration Complete Lessons, Projects, Activities & Assessments Aligned to 2025 CED Save hours of planning and feel confident teaching Unit 2: Selection and Iteration in AP Computer Science A with this all-in-one curriculum bundle, perfectly aligned to the brand-new 2025 College Board Course and Exam Description (CED). Lesson Topics: Conditional StatementsNested SelectionCompound Boolean Expressionswhile LoopsImplementing Selection and Iteratio
Preview of C# Game Development Lab & Lesson | Grades 9-12 | String Manipulation, Logic

C# Game Development Lab & Lesson | Grades 9-12 | String Manipulation, Logic

C# Game Development Lab & Lesson | Grades 9-12 | High School | Adult Education | String Manipulation, Problem Solving, Logic | Unlocking Palindromes with C# A logic‑boosting coding lesson where students detect palindromes, practice string manipulation, and strengthen problem‑solving skills using beginner‑friendly C# techniques.Palindromes Everywhere! Introduce your students to this exciting programming exercise: creating a C# program to check for palindromes! This fun, interactive lesson teach
Preview of Python or C# Game Development Lab | Helicopter Flight Simulator | Lift, Throttle

Python or C# Game Development Lab | Helicopter Flight Simulator | Lift, Throttle

Python or C# Game Development Lab | Grades 8-12 | Middle & High School | Realistic Lift, Throttle, Altitude, and Motion Physics in a Hands‑On Console‑Based Aviation LabTake your students on an exciting journey across virtual skies! In this interactive coding lesson, learners will build a Helicopter Flight Simulator that lets users choose a helicopter, input flight conditions, and determine whether they can successfully complete a trip between cities. With real-time data pulled from a public API
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