Difference Drafts Slides

A print-ready 2-page student worksheet designed to accompany the lesson. Includes practice problems for repeated addition models, fraction strips, and number lines, with large white work areas designed for handwriting.

A playful, highly visual slide deck for Grade 4 math introduction to multiplying whole numbers by unit fractions. Features custom-designed models for repeated addition, fraction strips, and number lines using a friendly monster theme.

A practice packet featuring color-coded grid worksheets, step-by-step checklists, self-checks, and custom-designed multiplication charts for scaffolding.

An instructional slide deck with step-by-step visual lessons, explicit modeling of color-coded partial products, and guided practice slides.

A printable desk-sized reference card featuring a fully worked example of 3-digit by 3-digit multiplication with a color-coded place value grid and a step-by-step checklist.

The corresponding answer key for the Word Problem Detectives Worksheet. Features completed drawings, filled equations, and final answers in a visible teacher-red style for easy grading.

A highly structured, single-page student worksheet containing 5 word problems with and without regrouping. Features visual badges, a dedicated blank drawing workspace, and a structured equation layout designed for primary grade students.

An answer key for the Critter Counters Worksheet, displaying correct equations, labeled final answers, visually rendered model diagrams (equal groups, arrays, and tape diagrams), and educator notes.

A single-digit multiplication worksheet with 5 animal-themed word problems, featuring spacious drawing boxes for visual models, an explorer-themed aesthetic, and name/date fields.

A 2-page, teacher-facing answer key for the Ten Town Exit Ticket. Features completed answers, regrouping box overlays, and visual indicators showing how students should group and trade 10 ones for 1 ten.

A 2-page, student-facing exit ticket for second-grade RTI students featuring color-coded numbers, tens/ones T-charts, and simplified solid place value blocks. Designed with spacious student work areas and visual scaffolds.

An indoor follow-up graphing activity worksheet. Students measure 4 collected twigs to the nearest quarter inch, log the data, build a custom line plot, and analyze natural variation.

A 2-page printable student workbook for use during the outdoor exploration phase. Students practice active estimation, rounding, geometric identification, and multi-step math word problems in the schoolyard.

A comprehensive 2-page instructional guide for teachers to facilitate the Wild Math outdoor lesson. It includes preparation checklists, outdoor safety rules, a detailed lesson plan structure with a 4-twig measurement activity, and an answer key/rubric.

A 2-page complete teacher answer key and pedagogical guide. Contains a quick-reference answer table for all 20 cards detailing the raw division equation, how to interpret the remainder, and the final practical answer with mountain-climbing explanations.

A 2-page print-ready student recording sheet with dedicated spaces for calculations, final answers, and checkboxes to record how the student chose to interpret the remainder for each of the 20 tasks.

A mountain climbing-themed task card set containing 20 division problems (4-digit by 1-digit) with remainders to interpret. Formatted as 4 cards per page across 5 printable pages, complete with alpine visuals and clear remainder-focused prompts.

A comprehensive 1-page teacher's guide and lesson plan outlining instructional strategies, common misconceptions, timing, and full answer keys for centimeters.

A 1-page exit ticket designed to quickly check student understanding of measuring to the nearest centimeter and avoiding 'The Edge Trap'.

A 2-page print-ready student practice document containing guided centimeter ruler measurements and a hands-on classroom scavenger hunt for centimeters.

An engaging 7-slide presentation that introduces students to the Centimeter Scouts, explains why centimeters require even higher precision, and teaches them how to measure when rulers start at 1 instead of 0.