A teacher resource providing correct answers and sample data for the Ferris Wheel Physics worksheet and the design project.

A grading rubric for the Ferris Wheel Project, assessing mathematical calculations, geometric accuracy, blueprint quality, and concept application.

A project guide for students to design their own Ferris wheel, including space for calculations of circumference, central angles, and arc lengths, plus a drafting area.

A worksheet providing guided math practice for calculating circumference, radius, central angles, and arc length in the context of Ferris wheels.

A presentation introducing the geometry of Ferris wheels, covering radius, circumference, central angles, and arc length.

A finalized student test for Unit 7 Consumer Math, featuring 20 multiple choice questions and 3 detailed performance tasks. Corrects the backslash rendering issue by using plain text for equations, improves graph contrast/spacing, and optimizes layout for print.

A revised teacher answer key for the Unit 7 Mastery Test, with corrected plain-text rendering for variables (no backslashes), improved text sizing, and page-break management for professional use.

A finalized student test for Unit 7 Consumer Math, featuring 20 multiple choice questions and 3 detailed performance tasks. Corrects the backslash rendering issue by using plain text for equations, improves graph contrast/spacing, and optimizes layout for print.

A teacher-facing answer key and scoring guide for the Growth Gauge Worksheet, providing model responses and calculation solutions.

A student-facing worksheet designed to guide analysis of the performance data, including calculation challenges and interpretive questions.

An instructional slide deck designed to present and discuss the student performance data, highlighting key growth metrics and identifying notable trends.

A professional performance report featuring a line graph visualization, data table, and detailed trend analysis of student progress from Fall to Spring.

A student application lab for calculating weekly timecard hours using decimal conversions and computing production pay with straight and differential piece-rate (piecewise) structures.