Three-Digit Division — Division worksheet for Grade 5.
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Subtraction errors are very common in long division because students are multitasking. Have your child slow down and write out each subtraction problem separately to the side of their work, checking it before continuing. For example, if they need to subtract 36 from 38, have them write '38 − 36 = ?' on a separate line. This reduces cognitive load and helps them focus on one operation at a time. Once they're more confident, they can gradually write it directly in the long division bracket.
Both forms are important at the fifth-grade level, and most curricula require students to understand both. Use 'R' notation (like 157 ÷ 4 = 39 R1) during the long division process itself. Then, discuss what the remainder means in context. If 157 cookies go to 4 friends, you could say '39 R1 cookies each' or, more formally, '39¼ cookies per friend.' Fractions make sense when you're sharing something that can be divided (like cookies or pizza), while 'R' notation is simpler for counting situations where you can't split items.
This is completely normal! Division is hardest with divisors students haven't memorized well. Before tackling long division with these divisors, strengthen their multiplication facts in reverse. Use skip-counting or multiplication tables: 'If we count by 3s (3, 6, 9, 12, 15...), how many 3s fit into 18?' Once they're fluent with 'How many 3s make 18?' they'll find division much easier. Practice these basic facts daily for 5-10 minutes before working on the worksheet.
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Ask your child to explain their work in words and solve related problems. For instance, after solving 456 ÷ 6 = 76, ask 'If one group has 76 items, and there are 6 groups, how many items in total?' (They should answer 456.) Then ask, 'If we divided 450 instead of 456, what would change about your answer?' This reveals whether they understand the meaning or just the procedure. True understanding means they can apply division to new contexts and verify their answers using multiplication.
Not as the primary strategy. The goal of this worksheet is for students to develop long division skills and conceptual understanding. However, once they've completed the worksheet and worked through the process, a calculator check can be useful for building confidence and showing that their method works. The real verification tool at this level should be multiplication: (quotient × divisor) + remainder = dividend. This strategy reinforces the relationship between operations and requires more mathematical thinking than a calculator check.