The teacher answer key for the Symmetry Sleuth worksheet, providing solutions and explanations for identifying and drawing lines of symmetry.

A practice worksheet for students to identify and draw lines of symmetry in various shapes, including common objects and geometric figures.

A hands-on activity sheet featuring various geometric shapes for students to cut out and fold to discover lines of symmetry.

An engaging visual presentation for the Symmetry Lab lesson, featuring definitions, the 'fold test', and introductions to the shapes being investigated.

A comprehensive lesson plan for the Symmetry Lab, detailing objectives, materials, and a step-by-step instructional flow for teaching symmetry through hands-on folding.

Teacher answer key for the Pixel Plots Do Now Packet, featuring step-by-step solutions and explanations for all 5 days of scaled graph problems.

A 5-day math 'do now' packet focusing on standard 3.MD.3 (scaled bar and picture graphs). Each day provides a new dataset and two DOK 1-2 questions to assess and build graph interpretation skills.

A polished answer key covering all 8 task cards and the revised practice worksheet. Includes detailed arithmetic steps and instructional tips, all contained on a single page.

A revised practice worksheet with corrected vegetable emojis, axis labels for the bar graph, and increased student workspace. Includes a dedicated multi-step challenge section.

A student recording sheet for 8 task cards with clear workspaces and correctly aligned answer lines. Ensures each box stays on its intended page.

A set of 8 task cards featuring scaled picture graphs and bar graphs. Tasks range from simple data retrieval (DOK 1) to multi-step comparative problems (DOK 2) with clear keys and varied emojis.

A vibrant, arcade-themed slide deck designed for whole-group review of scaled picture and bar graphs. It includes DOK 1 and 2 questions focusing on interpreting keys and solving two-step data problems.

A visual slide deck that introduces unit conversion (feet and inches), provides practice problems, and explains navigation strategies like the greedy algorithm versus total path planning.

A student worksheet featuring a blueprint-style map with nodes and mixed-unit distances (feet and inches). Students must perform unit conversions to compare path lengths and solve optimization challenges.