A teacher answer key for the 'Final Inspection Quiz', providing correct answers for the multiple-choice questions and step-by-step solutions for the performance tasks.

A teacher answer key for the 'Construction Zone Worksheet', providing completed equivalent fractions and final decimal answers for all eight practice problems.

A short assessment quiz to check for mastery in converting fractions to terminating decimals. Includes multiple-choice concept questions and performance tasks requiring students to show their work.

A student practice worksheet with two distinct phases: 'The Base Ten Build' for using equivalent fractions, and 'The Division Hammer' for using long division. Includes grid-lined work areas for division precision.

An instructional slide deck for teaching fraction-to-decimal conversion. Features a 'Decimal Architect' theme, step-by-step methods (Base Ten Build and Long Division Hammer), and guided practice problems.

An educational anchor chart illustrating the two primary methods for converting fractions to decimals: the 'Base Ten Build' (using equivalent fractions) and the 'Long Division Hammer'. Includes visual steps and helpful tips.

A detailed teacher guide for the 'Decimal Blueprint' lesson, featuring learning objectives, a step-by-step instructional sequence, common misconceptions, and differentiation strategies for teaching fraction-to-decimal conversion.

Final challenge worksheet for Lesson 12: Master Builders. Integrates skills for addition equations, multiplication equations, and inequality graphing.

Visual slide deck for Lesson 12: Master Builders. A culminating review and challenge presentation.

Teacher facilitation guide for Lesson 12: Master Builders, a culminating challenge integrating all skills from the unit. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 11: Safety Zones. Focuses on writing inequalities for real-world constraints like speed, budget, and capacity.

Visual slide deck for Lesson 11: Safety Zones. Focuses on writing inequalities for real-world constraints like speed, budget, and capacity.