To convert an improper fraction to an equivalent mixed number, we proceed as follows:
Step 1: Divide the numerator by the denominator.
Step 2: Express the resulting division problem as a mixed number.
Let's use this method to convert the following improper fraction to a mixed number:
First, we divide by
So, our division gives wholes, and we're left with Therefore,
So, we conclude that expressed as a mixed number is
What mixed number is equivalent to
First, we divide by
So, our division gives wholes, and we're left with Therefore, we conclude that
$\dfrac{23}{5} =$
a
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$2\,\dfrac{1}{5}$ |
b
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$1\,\dfrac{3}{5}$ |
c
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$4\,\dfrac{1}{5}$ |
d
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$4\,\dfrac{3}{5}$ |
e
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$\dfrac{3}{5}$ |
Expressed as a mixed number in lowest terms, $\dfrac{23}{3} =$
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e
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Expressed as a mixed number in lowest terms, $\dfrac{19}{9} = $
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Sometimes, it's necessary to reduce the fraction part to the lowest terms.
For instance, let's represent the following fraction as a mixed number:
First, we divide by
So, our division gives wholes, and we're left with
We can reduce the fraction to its lowest terms by dividing the numerator and denominator by
Therefore, our mixed number is equivalent to
Find a mixed number equivalent to
First, we divide by
So, our division gives wholes, and we're left with
We can reduce the fraction to its lowest terms by dividing the numerator and denominator by
Therefore, our mixed number is equivalent to
$\dfrac{55}{10} = $
a
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$5 \,\dfrac{2}{5}$ |
b
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$6 \,\dfrac{1}{2}$ |
c
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$6 \,\dfrac{2}{5}$ |
d
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$5 \,\dfrac{1}{2}$ |
e
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$5 \,\dfrac{1}{5}$ |
$\dfrac{21}{6} =$
a
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$3 \,\dfrac{2}{3}$ |
b
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$4 \,\dfrac{1}{2}$ |
c
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$3 \,\dfrac{1}{3}$ |
d
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$3 \,\dfrac{1}{2}$ |
e
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$4 \,\dfrac{2}{3}$ |
Expressed as a mixed number in lowest terms, $\dfrac{70}{8} = $
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