Mixed Numbers Examples: 45 Problems with Answers

Start with the recap, study the fully worked examples, then use the practice problems to check your understanding of Mixed Numbers.

This page combines explanation, solved examples, and follow-up practice so you can move from recognition to confident problem-solving in Math.

Concept Recap

A mixed number combines a whole number and a proper fraction, such as 314, representing the sum of the whole part and fractional part: 3+14=134.

You ate 2 whole pizzas and 34 of a third pizza—that's 234 pizzas.

Read the full concept explanation →

How to Use These Examples

  • Read the first worked example with the solution open so the structure is clear.
  • Try the practice problems before revealing each solution.
  • Use the related concepts and background knowledge badges if you feel stuck.

What to Focus On

Core idea: A mixed number names an amount greater than one using whole units and a fractional part.

Common stuck point: The procedure for mixed numbers is the easy part; the trap is reading 235 as 2×3/5. Asking "Is the amount best read as whole units plus a fraction of one more unit?" first is what keeps a correct-looking calculation from being attached to the wrong concept.

Sense of Study hint: Ask: Is the amount best read as whole units plus a fraction of one more unit?

Worked Examples

Example 1

easy
Add 125+215.

Answer

335

First step

1
Add the whole number parts: 1+2=3.

Full solution

  1. 2
    Add the fraction parts (same denominator): 25+15=35.
  2. 3
    Combine: 3+35=335.
When adding mixed numbers with like denominators, add the whole numbers and the fractions separately, then combine the results. This works because a mixed number is simply a whole number plus a fraction.

Example 2

medium
Subtract 413−134.

Example 3

medium
Multiply 213×112.

Example 4

medium
Multiply 312×223.

Example 5

medium
Convert 7310 to a decimal.

Example 6

medium
Subtract 7−238.

Practice Problems

Try these problems on your own first, then open the solution to compare your method.

Example 1

easy
A recipe needs 234 cups of flour and 114 cups of sugar. How many cups of dry ingredients are needed in total?

Example 2

hard
Add 356+234.

Example 3

easy
Convert 234 to an improper fraction.

Example 4

easy
Convert 73 to a mixed number.

Example 5

easy
What does 312 mean as a sum?

Example 6

easy
Convert 125 to an improper fraction.

Example 7

easy
Convert 94 to a mixed number.

Example 8

easy
Which is larger, 214 or 234?

Example 9

easy
What whole number does 444 equal?

Example 10

easy
Convert 513 to an improper fraction.

Example 11

medium
Add 112+214.

Example 12

medium
Add 223+123.

Example 13

medium
Subtract 314−134.

Example 14

medium
Convert 235 to a mixed number.

Example 15

medium
Add 212+113.

Example 16

medium
A board is 412 feet long. You cut off 134 feet. How much remains?

Example 17

challenge
Multiply 112×223.

Example 18

challenge
A recipe needs 214 cups of flour per batch. How much for 3 batches?

Example 19

challenge
Divide 312÷14.

Example 20

medium
Add 314+214.

Example 21

medium
Subtract 423−213.

Example 22

medium
Compare 223 and 235. Which is larger?

Example 23

easy
Convert 523 to an improper fraction.

Example 24

easy
Convert 196 to a mixed number.

Example 25

easy
Add 216+126.

Example 26

medium
Subtract 514−234.

Example 27

medium
Divide 412÷112.

Example 28

easy
Convert 438 to an improper fraction.

Example 29

medium
Sara ran 234 miles Monday and 312 miles Tuesday. How many miles total?

Example 30

medium
A board is 614 feet long. A 212 foot piece is cut off. How long is the remaining piece?

Example 31

medium
Add 123+214.

Example 32

hard
Multiply 235×314.

Example 33

hard
A bag holds 412 pounds of rice. If you use 34 pound per serving, how many full servings can you make?

Example 34

easy
Order from least to greatest: 112, 134, 114.

Example 35

medium
A jug holds 314 cups of juice. Three jugs are filled. Total juice?

Example 36

hard
Add 456+278.

Example 37

medium
Multiply 5×125.

Example 38

hard
A bookshelf is 612 feet tall. Each shelf takes 118 feet. How many full shelves fit?

Example 39

challenge
Compute (112)2+(213)2.

Background Knowledge

These ideas may be useful before you work through the harder examples.

fractions