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Students complete printable activity pages such as even/odd numbers, subtraction and addition/subtraction facts, arrays, multiplication and division strategies, word problems, fractions (including on a number line and equivalent fractions), money problems, grid maps and 3D models, and data/statistics/probability activities including a…
Complete exercises: sort words to symbols, write algebraic expressions from word problems, evaluate expressions, and (per table of contents) work through one-step equations, patterns and functions, graphing linear functions, and solving equations.
Rotate through 5 stations: solve real-world fraction word problems with diagrams; play a fraction addition/subtraction dice game with unlike denominators (improper-fraction extension); double a real butter-tart recipe by converting between mixed numbers and improper fractions; visually show fraction multiplication and division; and…
Students complete sequential practice exercises: writing/understanding decimals, equivalent decimals and fractions, comparing decimals (greater/less/equal), adding, subtracting, multiplying, and dividing decimals and decimal money amounts, rounding decimals, repeating decimals, and converting between fractions, decimals, and percents…
Fill in blanks in guided notes explaining multiplication properties and decimal-multiplication rules, work practice problems multiplying decimals, estimate products, interpret area/array models, and complete a quiz with computation and one word problem.
Complete practice items (calculations, word problems, self-check tick boxes) across the workbook's numbered sections
Students solve probability and average word problems, enumerate outcomes of rolling two dice, build a dot plot from survey data and find mean/median/mode, play a spinner-based probability game comparing theoretical vs. experimental results, and reason about coin-flip outcomes in writing.
Listen to the teacher read aloud the population of each of six towns and record it in a table; round each population to the nearest hundred; order the towns from smallest to largest population; determine which towns have more than 5,000 people; identify the two closest populations; write three populations in expanded form; find a pair…
Over roughly 1-2 weeks (about 20 minutes/day), students identify real-world examples of geometric terms, fill in a vocabulary/symbol/example chart, design mini-golf course holes on paper incorporating specific geometric elements, calculate money and material measurements for supplies, and construct a physical model of their course using…
Complete practice items (calculations, word problems, self-check tick boxes) across the workbook's numbered sections
Complete individual numbered math activities (e.g. 'Going Digital', 'Birthday Blitz', 'Weight Watchers', 'Pizza Percentages') that apply arithmetic, measurement, and data skills to real-life scenarios per activity instructions.
Practice adding decimal money amounts, then use a book order form and a proposal form to select and justify books to purchase for the classroom library within a set budget; students set personal learning goals and self-assess understanding during the project.
Record pumpkin stats (rib count, estimated vs. actual weight, circumference, height, stem length in inches and centimeters), solve a subtraction word problem about pumpkins, draw their pumpkin, predict whether it will float or sink, test the prediction, and record the conclusion.
Solve 16 addition/subtraction word problems and 12 multiplication/division word problems themed around Olympic sports and events (e.g. medal counts, athlete scores, distances, team rosters), recording answers on a provided numbered answer sheet; problems include both single-step and multi-step reasoning, and some ask for estimation…
Solve 20 unit-rate word problems (dividing a total quantity by a number of groups to find a per-unit rate) by typing numeric or fraction answers into a digital escape room to unlock four winter-themed scenes, or by completing the equivalent printable worksheet.
Read an open-ended or multi-step problem on each card (e.g., logic puzzle, math word problem, prediction, persuasive prompt) and solve or respond in writing, showing reasoning; an answer key is provided for cards with defined answers.
Students read fall-themed scenario prompts and draw lines connecting them to the correct clock face/time, and solve related elapsed-time word problems.
Solve individual math problems on each numbered card (addition, rounding, fractions, unit conversion, measurement, subtraction word problems) using fall-festival scenarios and record answers separately.
Open a teacher-shared link and solve 20 winter-themed percent word problems by typing numeric/fraction answers into a digital escape room to progress through 4 themed scenarios; optionally solve the same problems on a printable worksheet or task cards.
Read informational text about ancient China; answer multiple-choice comprehension questions ('What Do You Know?') after each section testing main idea, inference, opinion vs. fact, and vocabulary in context; solve two inductive real-world math word problems tied to trade careers (stone mason, silk maker) involving area, cost, and…
Students solve arithmetic drills (addition, subtraction, multiplication facts, division facts and remainders, mixed operations), word/story problems requiring one or more operations arranged easiest-to-hardest, number-writing/place-value exercises, sequences, brain teasers, puzzles, and perception puzzlers.
Complete real-life application worksheets, math stations/centers, games, journal prompts, projects, and quick assessments across number concepts, decimals, fractions, whole-number operations, patterns, algebra, and measurement.
Answer multiple-choice and short-answer math questions covering place value, rounding, comparing/ordering numbers, and word problems with a winter theme (e.g., snowball/snowman word problems).
For each worksheet, students work through the problem using the 5-step process (think, conjecture/attempt, discuss, trial, review) and then check their reasoning against the worked strategy and solution printed on the reverse side.