
How do you write \[2{\rm{ 7/8}}\] as an improper fraction?
Answer
561k+ views
Hint:
In the given question, we have been asked to represent the given fraction as an improper fraction. For doing that, first, we multiply the denominator with the separate number and then add the numerator to it. This is going to give us the improper fraction equivalent of the given mixed fraction.
Complete step by step answer:
Consider a mixed fraction of the type \[a\dfrac{b}{c}\] where \[a,b,c \in N\] and \[c > b\].
Then the improper fraction equivalent of this mixed fraction is written as:
\[\dfrac{{a \times c + b}}{b}\]
Hence, applying the same formula to \[2{\rm{ 7/8}}\], we get the improper fraction as
\[\dfrac{{2 \times 8 + 7}}{8} = \dfrac{{23}}{8}\]
Note:
So, for solving questions of such type, we first write what has been given to us. Then we write down what we have to find. Then we write the formula which connects the two things. Then we very carefully put the values into the formula required to solve the expression. The mixed fractions are represented in two ways in which both are equal: \[a\dfrac{b}{c}\] or \[a + \dfrac{b}{c}\]. Both of these mean the same thing, just a little different way to show it.
In the given question, we have been asked to represent the given fraction as an improper fraction. For doing that, first, we multiply the denominator with the separate number and then add the numerator to it. This is going to give us the improper fraction equivalent of the given mixed fraction.
Complete step by step answer:
Consider a mixed fraction of the type \[a\dfrac{b}{c}\] where \[a,b,c \in N\] and \[c > b\].
Then the improper fraction equivalent of this mixed fraction is written as:
\[\dfrac{{a \times c + b}}{b}\]
Hence, applying the same formula to \[2{\rm{ 7/8}}\], we get the improper fraction as
\[\dfrac{{2 \times 8 + 7}}{8} = \dfrac{{23}}{8}\]
Note:
So, for solving questions of such type, we first write what has been given to us. Then we write down what we have to find. Then we write the formula which connects the two things. Then we very carefully put the values into the formula required to solve the expression. The mixed fractions are represented in two ways in which both are equal: \[a\dfrac{b}{c}\] or \[a + \dfrac{b}{c}\]. Both of these mean the same thing, just a little different way to show it.
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