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Numerator and denominator Equivalent fractions Comparing fractions Mixed number to improper fractionsHere you will learn about converting improper fractions to mixed numbers, including how to recognize improper fractions and mixed numbers.
Students will first learn about converting improper fractions to mixed numbers as part of number and operations – fractions in 4th grade.
Improper fractions and mixed numbers are both ways to show numbers that have wholes and parts. To understand improper fractions, first consider proper fractions.
A proper fraction is a fraction where the numerator (top number) is smaller than the denominator (bottom number).
For example,
\hspace{2.8cm} \cfrac{1}{2} \hspace{3.8cm} \cfrac{3}{4} \hspace{3.7cm} \cfrac{7}{12}
An improper fraction is a fraction where the numerator (top number) is larger than the denominator (bottom number).
For example,
\hspace{2.3cm} \cfrac{7}{2} \hspace{5.4cm} \cfrac{9}{4} \hspace{4.1cm} \cfrac{17}{12}
A mixed number has a whole number part and a fractional part.
For example,
\hspace{2.2cm} 3\cfrac{1}{2} \hspace{5.2cm} 2\cfrac{1}{4} \hspace{4cm} 1\cfrac{5}{12}
Any number greater than 1 can be shown as an improper fraction AND a mixed number.
For example,
\cfrac{7}{2} \, is 7 halves, which is three groups of \, \cfrac{2}{2} \, and a group of \, \cfrac{1}{2}.
3\cfrac{1}{2} \, is 3 and one half, which is three wholes and a group of \, \cfrac{1}{2}.
\cfrac{7}{2}=3 \cfrac{1}{2}
How does this relate to 4th grade math?
In order to convert an improper fraction to a mixed number with a model:
In order to convert an improper fraction to a mixed number with the algorithm:
Use this worksheet to check your grade 4 students’ understanding of improper fractions to mixed numbers. 15 questions with answers to identify areas of strength and support!
DOWNLOAD FREEUse this worksheet to check your grade 4 students’ understanding of improper fractions to mixed numbers. 15 questions with answers to identify areas of strength and support!
DOWNLOAD FREEWrite the improper fraction \, \cfrac{7}{3} \, as a mixed number.
Draw 3 wholes and divide them equally into thirds. Then shade in 7 parts.
2Count the number of wholes and the fraction left over.
There are 2 wholes (or \cfrac{3}{3} \, ) shaded in, and there is \, \cfrac{1}{3} \, left over.
3Write the mixed number.
\cfrac{7}{3}=2\cfrac{1}{3}Write the improper fraction \, \cfrac{8}{5} \, as a mixed number.
Model the improper fraction.
Draw 2 wholes and divide them equally into fifths. Then shade in 8 parts.
Count the number of wholes and the fraction left over.
There is 1 whole (or \cfrac{5}{5} \, ) shaded in, and there is \, \cfrac{3}{5} \, left over.
Write the mixed number.
Write the improper fraction \, \cfrac{21}{6} \, as a mixed number.
Model the improper fraction.
Draw 4 wholes and divide them equally into sixths. Then shade in 21 parts.
Count the number of wholes and the fraction left over.
There are 3 wholes (or \cfrac{6}{6} \, ) shaded in, and there is \, \cfrac{3}{6} \, left over.
Write the mixed number.
3 \cfrac{3}{6} \, can also be written as the equivalent mixed number 3 \cfrac{1}{2}.
Write the improper fraction \, \cfrac{42}{10} \, as a mixed number.
Divide the numerator by the denominator.
42 \div 10
You can use what you know about multiplication to solve. Since 4 \times 10=40, there will be 4 groups of 10 with 2 left over.
42 \div 10=4 \; R \, 2
For the fraction, use the remainder as the numerator and keep the same denominator.
Write the mixed number.
4 \cfrac{2}{10} can also be written as the equivalent mixed number 4 \cfrac{1}{5} or the decimal 4.2.
Write the improper fraction \, \cfrac{17}{9} \, as a mixed number.
Divide the numerator by the denominator.
17 \div 9
You can use what you know about subtraction to solve. Since 17-9 = 8, there will be 1 group of 9 with 8 left over.
17 \div 9=1 \; R \, 8
For the fraction, use the remainder as the numerator and keep the same denominator.
Write the mixed number.
Write the improper fraction \, \cfrac{51}{8} \, as a mixed number.
Divide the numerator by the denominator.
51 \div 8
You can use what you know about division to solve. Since 48 + 3 = 51 and 48 \div 8 = 6, there will be 6 groups of 8 with 3 left over.
51 \div 8=6 \; R \, 3
For the fraction, use the remainder as the numerator and keep the same denominator.
Write the mixed number.
1. Write the following improper fraction as a mixed number: \, \cfrac{5}{4}
Draw 2 wholes and divide them equally into fourths. Then shade in 5 parts.
There is 1 whole (or \cfrac{4}{4} \, ) shaded in, and there is \, \cfrac{1}{4} \, left over.
\cfrac{5}{4}=1 \cfrac{1}{4}
2. Write the following improper fraction as a mixed number: \, \cfrac{8}{3}
Draw 3 wholes and divide them equally into thirds. Then shade in 8 parts.
There are 2 wholes (or \cfrac{3}{3} \, ) shaded in, and there is \, \cfrac{2}{3} \, left over.
\cfrac{8}{3}=2 \cfrac{2}{3}
3. Write the following improper fraction as a mixed number: \, \cfrac{23}{5}
Draw 5 wholes and divide them equally into fifths. Then shade in 23 parts.
There are 4 wholes (or \cfrac{5}{5} \, ) shaded in, and there is \, \cfrac{3}{5} \, left over.
\cfrac{23}{5}=4 \cfrac{3}{5}
4. Write the following improper fraction as a mixed number: \, \cfrac{43}{12}
Divide the numerator by the denominator.
43 \div 12
You can use what you know about division to solve.
Since 36 + 7 = 43 and 36 \div 3=12, there will be 3 groups of 12 with 7 left over.
43 \div 12=3 \; R \, 7
\cfrac{43}{12}=3 \cfrac{7}{12}
5. Write the following improper fraction as a mixed number: \, \cfrac{41}{6}
Divide the numerator by the denominator.
41 \div 6
You can use what you know about subtraction to solve:
\begin{aligned} &41-6 = 35\\ &35-6 = 29\\ &29-6 = 23\\ &23-6 = 17\\ &17-6 = 11\\ &11-6 = 5 \end{aligned}
There will be 6 groups of 6 with 5 left over.
41 \div 6=6 \; R \, 5
\cfrac{41}{6}=6 \cfrac{5}{6 }
6. Write the following improper fraction as a mixed number: \, \cfrac{67}{5}
Divide the numerator by the denominator.
67 \div 5
You can use what you know about division to solve.
Since 5 \times 12=60, then 5 \times 13=65. There will be 13 groups of 5 with 2 left over.
67 \div 5=13 \; R \, 2
\cfrac{67}{5}=13 \cfrac{2}{5}
Yes, this is also common. For example, \frac{16}{2}=8 and \frac{55}{11}=5. Any time the numerator is a multiple of the denominator, the improper fraction will convert to a whole number without a fractional part.
No, students can master this skill without converting to the lowest terms (as known as the simplest form). However, there may be some instances where students are expected to record an answer in lowest terms. Check your state’s standards for specific guidelines.
A mixed number is sometimes also referred to as a mixed fraction. They have the same meaning.
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