A comprehensive teacher's guide for the Angle Architects project, including pacing, materials, differentiation strategies, and common student misconceptions.

An introductory presentation for the Angle Architects project, covering real-world trig applications, SOH CAH TOA review, and project expectations.

A structured worksheet for students to perform and check their step-by-step trigonometry calculations before transferring them to their final project poster.

A student project brief for designing an architectural structure using trigonometry, including requirements, a sketch area, and a detailed grading rubric.

Comprehensive scoring rubric for the Shadow Stalkers project, assessing field measurements, mathematical proportions, geometric proofs, diagram accuracy, and conceptual understanding.

Worksheet focusing on the geometric logic of similarity. Includes problems identifying similarity using AA, SAS, and SSS, verifying proportional sides for SSS, and a formal proof for nested triangles with parallel lines.

Student project packet for the Shadow Stalkers project. Includes a field log for measurements, calculation workspace for proportions and scale factors, and a formal two-column proof section to justify the use of AA similarity.

Introduction slides for the Shadow Stalkers project, covering the concept of indirect measurement, AA similarity postulate with the sun's rays, and the project requirements.

A mathematical planning worksheet for students to draft their triangle similarity calculations and real-world scenarios before final poster production.

A professional grading rubric for teachers to evaluate the Similar Triangles Infographic project, including feedback sections.

A mathematical planning worksheet for students to draft their triangle similarity calculations and real-world scenarios before final poster production.

Student instructions and requirements for the Similar Triangles Infographic project, styled as an architectural mission.

A comprehensive slide deck for launching the Similar Triangles Infographic project, covering similarity criteria (AA, SSS, SAS) and real-world shadow applications.

A complete teacher's answer key for the Gig Guru project, providing exact numerical solutions for all three job scenarios, model graphs, and detailed algebraic solving steps for the financial goals.

A sample project key showing completed calculations for arc length, sector area, and inscribed angles to provide teachers with a baseline for grading and feedback.

A teacher's facilitation guide for the Circle Canvas project, including lesson pacing, supply lists, common student misconceptions, and differentiation strategies.

A concise one-page reference sheet containing formulas, diagrams, and reminders for arc length, sector area, and inscribed angle theorems to support students during the project.

A multi-page planning and calculation guide for students to draft their geometric art, record circle dimensions, and prove their mathematical measurements.

An introductory presentation for the Circle Canvas project that hooks students with geometric art inspiration and reviews key circle properties: arc length, sector area, and inscribed angles.

Teacher facilitation guide including learning objectives, step-by-step instructions, a detailed answer key, and a project rubric.

A student-facing data project where they calculate unit rates for Olympic sprinters and determine the steepness of cycling courses through calculation and graphing.

A visual slide deck introducing slope as unit rate and steepness through the lens of Olympic records and track designs.

A comprehensive guide for teachers to facilitate the Gig Guru project, including standards alignment, pacing suggestions, answer keys, and a grading rubric.

An extension worksheet focusing on budget management, calculating goal-based targets using algebraic solving, and reflecting on the impact of expenses on linear models.

A project worksheet where students select a summer job scenario and build a linear function model. It includes identifying parameters, writing the equation, calculating values in a table, and graphing the results.

A visual presentation introducing students to the Gig Guru project. It covers the core mathematical concepts of linear functions (slope and y-intercept) within the context of a summer job and starting savings.