A bakery-themed worksheet for adding and subtracting mixed numbers. Problems 1-6 are organized on the first page with ample workspace, followed by advanced problems and a word problem on the second page.

Answer key for the Batch Baking Worksheet, including step-by-step solutions for adding and subtracting mixed numbers with unlike denominators, now including regrouping problems 7-9.

A practice worksheet featuring 9 mixed number addition and subtraction problems (including several requiring regrouping) and a bakery-themed word problem. Structured across two pages for ample student workspace.

A 3-page student design packet for the final phase of the project. Includes spaces for rough drafting, the final grid-based blueprint, a geometric audit table, and additive angle calculation logs.

Visual slides to launch the design phase of the project, covering architectural goals, math requirements for additive angles, and real-world inspiration.

A 4-page student research journal for the first week of the project. Includes vocabulary training, real-world angle measurement logs, and polygon classification missions.

A facilitation guide for teachers outlining the two-week project timeline, standards alignment, and instructional tips for implementing the Blueprint Architects project.

Complete answer key for both the Math Marathon Practice Worksheet and the Mini-Assessment, including step-by-step logic for word problems.

A one-page facilitation guide for teachers including pacing, key instructional points, differentiation strategies, and debrief questions.

A test-style mini-assessment featuring multiple choice questions on place value, fraction comparison, and multi-step word problems, including a gridded response item.

A tiered practice worksheet featuring three phases of difficulty (Starting Block, Mid-Stretch, and Final Sprint) covering place value, fraction comparisons, and multi-step word problems.

Engaging instructional slides for a math marathon review, featuring place value sprint, multi-step think-alouds, and fraction visual models with high-contrast, bold styling.