Students bridge area models to linear models by placing fraction tiles on a number line to identify equivalent fractions.
A collection of beautifully designed, compact data folder inserts featuring proficiency scale charts and progress tracking logs for Grade 3 standards.
A targeted lesson focused on unpacking, solving, and explaining multi-step addition and subtraction word problems within 1,000 using tape diagrams, number lines, and standard algorithms.
A focused diagnostic and instructional lesson designed to teach and assess solving multi-step addition and subtraction word problems within 1000 and writing clear explanatory steps, aligned to the Arizona PLD framework for 3.NBT.A.2.
A comprehensive diagnostic and assessment unit focused on rounding to the nearest 10 or 100 to check solution reasonableness, aligned to the Arizona PLD framework for 3.NBT.A.2.
A mastery-focused lesson pack designed to teach, assess, and practice 3-digit addition and subtraction using base-ten drawings, expanded form, and the standard algorithm. Includes a comprehensive rubric, student exemplar exemplars, and a multi-strategy practice worksheet.
A comprehensive 3rd grade math lesson themed around a detective agency where students solve place value cases. The lesson covers identifying digit values up to ten-thousands, and converting numbers between standard, word, and expanded forms.
A focused check-for-understanding assessment on 3-digit subtraction with regrouping, including subtracting across zeros and solving for missing numbers using inverse operations.
A 3rd-grade assessment focusing on Arizona standards 3.NBT.A.1 and 3.NBT.A.2, checking student proficiency in rounding numbers to the nearest 10 and 100 within 1,000, and using rounding to estimate solutions.
An engaging math lesson where students act as detectives to solve addition problems with regrouping and verify calculations using inverse operations.
A math lesson focused on building single-digit multiplication and four-digit addition fluency while integrating self-regulation check-ins to foster a growth mindset.
Targets practical, real-world application of math with highly visual scaffolding for coin counting, purchasing decisions, and elapsed time scenarios.
Breaks down multi-step math word problems into bite-sized, color-coded, sequentially numbered parts, helping students systematically parse and solve equations without visual overload.
Covers multiplication and division word problems utilizing visual aids such as equal group drawings, array grids, and visual modeling templates to scaffold core concepts.
Focuses on addition and subtraction word problems with visual aids including built-in picture representations, ten-frames, and number lines to support student conceptual understanding.
A comprehensive 48-question cumulative review designed to prepare Grade 3 students for the NC Mathematics End-of-Grade assessment, combining Calculator Inactive and Calculator Active parts with an Answer Key.
A high-energy mental math activity utilizing task cards to build estimation, rounding, and rapid calculation skills.
A basic division lesson focused on partitioning total values into equal rows and columns using visual grids. Students trace arrays to solve 1-digit quotient division facts with confidence.
A high-engagement math activity set where students solve 20 distinct word problems structured as 'Case Files'. Perfect for independent practice, centers, or cooperative learning stations.
A basic multiplication facts lesson focused on 1-digit by 1-digit operations. Students utilize visual array grids and factor alignment boxes to connect concrete array representations with abstract products.
A math scaffolding lesson focused on 3-digit subtraction with regrouping. Students utilize color-coded grid columns and dedicated borrowing boxes to organize and solve subtraction problems.
A math scaffolding lesson focused on 3-digit addition with double regrouping. Students utilize color-coded grid columns and dedicated carryover boxes to align and solve addition problems with confidence.
A third-grade math assessment lesson covering money, calendar, and time skills. Includes differentiated quizzes for varied learner needs and a comprehensive teacher guide with answer keys.
A four-part series of three-digit subtraction worksheets using color-coded grids, progressive difficulty, and visual anchor charts to support student learning.
A high-energy math lesson focused on subtraction fact fluency. It features a scaffolded worksheet with mixed single and double-digit subtraction problems, along with a complete teacher answer key.
A high-engagement, low-prep 3-digit subtraction partner game using dice and paperclip spinners. Students build subtraction expressions, model regrouping, and strategically aim for either the highest or lowest difference to win.
A comprehensive classroom activity lesson featuring standard-sized fraction task cards for practice and a detailed step-by-step visual model answer key.
A collection of math task cards covering primary arithmetic, fractions, geometry, and coordinates, designed for engaging math centers and collaborative station learning.
A single-lesson reading comprehension resource for 1st-grade students featuring a simple story about a boy named Sam who plants a sunflower seed.
A single-lesson practice resource focusing on identifying and creating equivalent fractions using visual fraction bars and a custom Fraction Wall reference.
A single-lesson reading comprehension resource for 1st-grade students featuring a simple story about a dog named Pippin and five aligned multiple choice questions.
A single-lesson practice resource focusing on rapid recall of 10 random single-digit division facts, providing clean layouts and clear student completion spaces.
A weekly morning work lesson designed to build student confidence in counting coins and bills using Touch Points. Students transition from supported like-coin counting to independent coin and bill math, culminating in solving 3-item shopping decisions.
A scaffolded math lesson where students learn to solve multi-step real-world word problems using double-digit multiplication area models and writing single equations with parentheses.
