3rd Grade Division Worksheets
Free printable PDF with answer keys • 18 worksheets available
Division teaches students to partition quantities into equal groups and to find how many groups can be made — the inverse of multiplication. Students begin with concrete sharing and grouping situations, learn the relationship between multiplication and division, master basic division facts, and prog..
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All 3rd Grade Division Worksheets
Easy
Easy3rd Grade Division Worksheets - Dinosaur Theme (Easy)
25 problems
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Easy3rd Grade Division Worksheets - Christmas Theme (Easy)
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Easy3rd Grade Division Worksheets - Ocean Theme (Easy)
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Easy3rd Grade Division Worksheets - Space Theme (Easy)
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Easy3rd Grade Division Worksheets - Halloween Theme (Easy)
25 problems
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Hard3rd Grade Division Worksheets - Standard Theme (Hard)
25 problems
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Hard3rd Grade Division Worksheets - Dinosaur Theme (Hard)
25 problems
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Hard3rd Grade Division Worksheets - Christmas Theme (Hard)
25 problems
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Hard3rd Grade Division Worksheets - Ocean Theme (Hard)
25 problems
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Hard3rd Grade Division Worksheets - Space Theme (Hard)
25 problems
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Hard3rd Grade Division Worksheets - Halloween Theme (Hard)
25 problems
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Medium3rd Grade Division Worksheets - Standard Theme (Medium)
25 problems
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Medium3rd Grade Division Worksheets - Dinosaur Theme (Medium)
25 problems
Included in Pack
Medium3rd Grade Division Worksheets - Christmas Theme (Medium)
25 problems
Included in Pack
Medium3rd Grade Division Worksheets - Ocean Theme (Medium)
25 problems
Included in Pack
Medium3rd Grade Division Worksheets - Space Theme (Medium)
25 problems
Included in Pack
Medium3rd Grade Division Worksheets - Halloween Theme (Medium)
25 problems
Included in PackHow to Teach Division in 3rd Grade
Division is best taught in direct connection with multiplication. If a student knows their multiplication facts, they can derive every division fact. Begin instruction with two models: partitive (sharing equally — 12 cookies shared among 3 friends) and quotitive (measuring/grouping — how many groups of 4 can you make from 12?). Both models are essential because different word problems require different interpretations. Use manipulatives for concrete division before introducing the division symbol or long division notation. When teaching long division, the mnemonic 'Divide, Multiply, Subtract, Bring down' is useful, but students should first understand what each step means in terms of place value. Use the area model or partial quotients method as a conceptual bridge — these approaches build understanding of why long division works. Pay special attention to remainders: students need practice interpreting remainders in context (sometimes you round up, sometimes down, sometimes the remainder is the answer). For example, 25 students need vans that hold 6 — you need 5 vans, not 4 remainder 1.
Teaching Tips from Educators
Teaching Division as Equal Sharing and Equal Grouping
Division has two distinct meanings that students need to experience: partitive (fair sharing) and quotitive (measurement or equal grouping). In partitive division, you know the number of groups and find the size of each group: "Share 12 cookies among 3 friends. How many does each person get?" In quotitive division, you know the group size and find the number of groups: "You have 12 cookies. Put 3 in each bag. How many bags can you fill?" Both result in 12 / 3 = 4, but the thinking is different. Use both types of word problems and have students act them out with manipulatives. For partitive problems, have students deal objects one at a time into piles (like dealing cards) until all objects are distributed — this is intuitive for children. For quotitive problems, have students count out groups of the specified size until the objects run out. Explicitly ask: "In this problem, do we know how many groups, or do we know how many in each group?" This metacognitive question helps students understand the structure of division and prepares them for more complex division scenarios with remainders.
Using Arrays and Area Models to Connect Multiplication and Division
Arrays are the perfect visual tool for showing that multiplication and division are inverse operations. Build a 4x6 array with square tiles or on grid paper. Students can immediately see two multiplication facts (4 x 6 = 24 and 6 x 4 = 24) and two division facts (24 / 4 = 6 and 24 / 6 = 4). Cover part of the array with a sticky note to model division as finding an unknown factor: show an array with 3 rows and a total of 15 squares, but cover the columns. Ask: "There are 15 squares in 3 rows. How many columns?" This transforms division into a missing-factor multiplication problem (3 x ? = 15), which is exactly the thinking Common Core standard 3.OA.B.6 requires. Have students write fact family equations for every array they build. Use area models as a bridge from arrays to more abstract representations: a rectangle labeled with a total area of 32 square units and a width of 4 units — what is the length? This area model will become essential in fourth and fifth grade for multi-digit multiplication and division, so building familiarity now pays dividends later.
Standards Alignment
Interpret whole-number quotients as equal shares or equal groups; use division to solve word problems; determine unknown whole numbers in division equations; understand division as an unknown-factor problem; fluently divide within 100 (3); find whole-number quotients with up to four-digit dividends and one-digit divisors (4); divide multi-digit numbers using the standard algorithm (5).