School 'N' Hacks

Teach dividing fractions and reciprocal strategies with a week‑long, teacher‑ready mini unit. This packet walks students from explicit instruction to independent mastery using a predictable Monday–Friday routine: PowerPoint lesson with guided notes, scaffolded practice pages, quick formative checks, and a summative quiz. This is the example weekly Sequence: Monday — PowerPoint lesson + Guided Notes Tuesday — Day 2 Practice Worksheet Wednesday — Day 3 Worksheet + Formative Pop Quiz Thursday — Da

This Complete Blank Lattice Grid Multiplication Bundle offers a comprehensive set of worksheets to help students confidently tackle multi-digit multiplication using the lattice method. Perfect for practicing a wide range of problems including 2×1, 1×2, 2x2, 3×1, 3×2, 3x3, 4×3, and 4×4 digit multiplication. What’s included:Blank lattice grids for all key digit combinationsMultiple 2-page worksheets for varied practiceStructured grids that help students organize their work clearlySupports visual

This Editable PowerPoint lesson with printable student fill‑in-notes provides 6th grade students with clear visuals, step‑by‑step examples, and a BONUS practice page that will help them master ratios The is perfect for a 30-45 minute 6th‑grade math lesson. Use this resource to teach an introduction to ratios with confidence! The slides are paired with printable student fill‑in notes so learners can follow along and record strategies. A bonus practice page provides extra reinforcement or home

This Editable PowerPoint lesson with printable student fill‑in- notes teaches reciprocals and dividing fractions with clear visuals, step‑by‑step examples, and a BONUS practice page. The is perfect for a 20–30 minute 6th‑grade math lesson. Use this resource to teach dividing fractions with confidence! The slides are paired with printable student fill‑in notes so learners can follow along and record strategies. A bonus practice page provides extra reinforcement or homework. You Get:1 Editable

Help students master dividing fractions with a clear, scaffolded four‑day routine designed for 15–35 minute daily practice. Day 1 focuses on teacher‑led modeling and guided practice; Day 2 moves to partner work with focused feedback; Day 3 is independent practice for formative assessment; Day 4 provides challenge problems or a short mastery check. Each day increases in complexity and emphasizes the reciprocal strategy (keep–change–flip) plus conceptual understanding using area and number‑l

Do you have students who struggle with the standard algorithm of multiplication? Well using blank lattice grids for multiplication offers a hands-on, visual approach that helps students understand the multiplication process step-by-step. This method breaks down the problem into smaller, manageable parts, reinforcing place value and partial products. It encourages accuracy and organization while building students’ confidence with multi-digit multiplication. The blank grids also promote student en

Multiplying Decimals by Whole Numbers — Take‑Home Study Guide (Lattice Method) is a one‑page, student‑friendly resource that teaches the lattice method step‑by‑step so learners can practice independently at home. It features one fully worked example problem and two clear methods for placing the decimal point. The guide helps caregivers support their child even if the math methods are new to them. Perfect for sending home after your lesson, this guide helps align students and families on the same

Multiplying Decimals by Decimals — Take Home Study Guide (Lattice Method) is a student‑friendly resource that teaches the lattice method step‑by‑step so learners can practice independently at home. It features one fully worked example problem and two clear methods for placing the decimal point. The guide helps caregivers support their child even if the math methods are new to them. Perfect for sending home after your lesson, this guide helps align students and families on the same strategy so e

This handy reference sheet features divisibility rules from 1 to 15 in both English and Spanish, designed to support students with long division, prime factorization, finding the greatest common factor (GCF), and reducing and simplifying fractions. While I have been studying Spanish for three years, it is not my primary language, so any feedback on grammatical errors is greatly appreciated to help improve these bilingual resources. This sheet aims to make math concepts clearer and more accessibl

Do you have students who struggle with the standard algorithm of multiplication? Well using blank lattice grids for multiplication offers a hands-on, visual approach that helps students understand the multiplication process step-by-step. This method breaks down the problem into smaller, manageable parts, reinforcing place value and partial products. It encourages accuracy and organization while building students’ confidence with multi-digit multiplication. The blank grids also promote student en

Do you have students who struggle with the standard algorithm of multiplication? Well using blank lattice grids for multiplication offers a hands-on, visual approach that helps students understand the multiplication process step-by-step. This method breaks down the problem into smaller, manageable parts, reinforcing place value and partial products. It encourages accuracy and organization while building students’ confidence with multi-digit multiplication. The blank grids also promote student en

Do you have students who struggle with the standard algorithm of multiplication? Well using blank lattice grids for multiplication offers a hands-on, visual approach that helps students understand the multiplication process step-by-step. This method breaks down the problem into smaller, manageable parts, reinforcing place value and partial products. It encourages accuracy and organization while building students’ confidence with multi-digit multiplication. The blank grids also promote student en

Do you have students who struggle with the standard algorithm of multiplication? Well using blank lattice grids for multiplication offers a hands-on, visual approach that helps students understand the multiplication process step-by-step. This method breaks down the problem into smaller, manageable parts, reinforcing place value and partial products. It encourages accuracy and organization while building students’ confidence with multi-digit multiplication. The blank grids also promote student en