The number \(1.\overline{074}\), when written in the form \(\dfrac{p}{q}\), is equal to:
\(\dfrac{29}{27}\)
Let \(N = 1.\overline{074} = 1.074074074\ldots\)
\(1000N = 1074.\overline{074}\). Subtracting, \(999N = 1074 - 1 = 1073\), so \(N = \dfrac{1073}{999}\).
Simplifying by dividing numerator and denominator by 37: \(\dfrac{1073}{999} = \dfrac{29}{27}\).
Hence, this is the correct answer.
The product of two numbers is 1.728. If one of the numbers is 6.4, then the other number will be:
x and y, given correct to 2 decimal places, are 3.57 and 3.42 respectively. What is the upper bound of \(x + y\)?
How much must be added to the difference of 5.62 and 3.76 to make 10?
The fraction from the ones listed below that will not lead to a recurring decimal is:
If \(123 \times 456 = 56088\), then \(0.123 \times 0.0456 = ?\)
When written as a recurring decimal, \(\dfrac{1}{7}\) is equal to:
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Solve the below equation.
\(34.508 + 3.4508 + 345.08 - 32.89 = ?\)
x and y, given correct to 2 decimal places, are 3.57 and 3.42 respectively. What is the upper bound of \(x + y\)?
If \(23 \times 31 = 713\), then \(0.00713 \div 3.1\) is equal to:
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Which of the following statement(s) is/are correct?
I. (3/11) > 0.3
II. (7/8) > 0.86
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The value of \(0.\bar 4 + 0.5 \bar 9 - 0.4 \overline{23}\) is equal to:
Find the sum of \(\frac{0.01}{0.1}+\frac{0.1}{0.01}\)