# Division Worksheets

> Division facts, with or without remainders. Grades 2–3. Part of [Super Awesome Math](https://superawesomemath.com/index.md).

Short division problems written on one line, such as 12 ÷ 3 = □, with dividends within 20, 50 or 100 and divisors from 2 to 10, so every answer is a times-table fact read backwards. Turn on remainders for problems like 14 ÷ 4 = 3 r 2, where each line leaves a box for the quotient and one for what is left over. The sign prints as ÷ or as a colon, following the convention of each language.

**Skills:** division facts, remainders, inverse of multiplication.
**Format:** printable, randomized on every load.
**URL:** https://superawesomemath.com/worksheets/division
**Grades 2–3** · Last updated: 2026-09-12

## Settings

- Limit: dividends within 20, 50 or 100
- Sign: ÷ or :
- Columns: 2, 3 or 4 (26–52 problems)
- Allow remainders, with a remainder box on every line

## Example problems

- 12 ÷ 3 = □
- 45 ÷ 9 = □
- 56 ÷ 7 = □
- 20 ÷ 5 = □

## Frequently asked questions

**When should children start division facts?**

Division facts usually follow the times tables in grades 2 and 3. A child who knows that 3 × 4 = 12 already knows 12 ÷ 3 and 12 ÷ 4, so start once the matching tables are recalled rather than counted, and choose within 20 for the first sheets.

**How is this different from long division?**

These problems take one step, from memory or a quick count, and are written on a single line. Long division breaks a large number into several steps like these, so fluent division facts are what make the long division sheet manageable.

**How should remainders be introduced?**

Turn remainders on once exact division is quick. Most problems then leave something over, but a few still divide exactly and are answered with r 0, so a child has to check that the remainder is smaller than the divisor instead of assuming there is one.

## How to use

1. Open https://superawesomemath.com/worksheets/division.
2. Adjust the settings; they are saved in the browser.
3. Press Regenerate for a new random set, then Print.

## Other Super Awesome Math worksheets

- [Add & Subtract](https://superawesomemath.com/worksheets/add-subtract.md): Addition & subtraction drills
- [Column Addition & Subtraction](https://superawesomemath.com/worksheets/column-addition.md): Vertical multi-digit addition and subtraction
- [Multiplication](https://superawesomemath.com/worksheets/multiplication.md): Times tables & grid practice
- [Column Multiplication](https://superawesomemath.com/worksheets/column-multiplication.md): Long multiplication practice
- [Long Division](https://superawesomemath.com/worksheets/long-division.md): Long division practice
- [Comparison](https://superawesomemath.com/worksheets/comparison.md): Greater than, less than, equal
- [Rounding](https://superawesomemath.com/worksheets/rounding.md): Round to nearest 10, 100, 1000
- [Factors & Primes](https://superawesomemath.com/worksheets/factors-and-primes.md): Prime factorization, GCD and LCM, prime or composite
- [Fractions](https://superawesomemath.com/worksheets/fractions.md): Simplify, find equivalent fractions and compare
- [Add & Subtract Fractions](https://superawesomemath.com/worksheets/add-subtract-fractions.md): Like and unlike denominators, and mixed numbers
- [Decimals](https://superawesomemath.com/worksheets/decimals.md): Column addition and subtraction, and × ÷ by 10, 100, 1000
- [Order of Operations](https://superawesomemath.com/worksheets/order-of-operations.md): Which operation comes first
- [Equation Explorer](https://superawesomemath.com/worksheets/equation-explorer.md): Solve equations interactively
- [Solve for x](https://superawesomemath.com/worksheets/solve-for-x.md): One-step, two-step and x-on-both-sides equations
- [Patterns](https://superawesomemath.com/worksheets/patterns.md): Number sequences & series
- [Bongard Problems](https://superawesomemath.com/worksheets/bongard-problems.md): Find what the left boxes share and the right ones lack

## For developers and AI agents

Every page is also available as Markdown: append `.md` to the path or request it with `Accept: text/markdown`.

- [llms.txt](https://superawesomemath.com/llms.txt): index for language models
- [worksheets.json](https://superawesomemath.com/worksheets.json): machine-readable worksheet catalog
- [Sitemap](https://superawesomemath.com/sitemap.xml)