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What else can I help you with?
What is the answer for to turn 2.04 into a fraction?
turn 2.04 into a fraction
How do you turn 10 into a fraction?
how do you turn 10% into a fraction
How do you turn 32.50 into a fraction?
How do you turn 32.50% into a fraction?
How do you turn w percent to a fraction?
how to turn 15 percent into a fraction
How do you turn 2.47 as a proper fraction?
2.47 is a fraction whose absolute value is greater than 1. It is, therefore, impossible to turn it into a proper fraction.
What is the decimal equivalent of one fifteenth?
That would be .0667
How do you turn into a fraction?
The answer depends on what you want to turn into a fraction. And, incidentally, I do not turn into a fraction.
How do you turn 10 into a fraction?
how do you turn 10% into a fraction
What is the answer for to turn 2.04 into a fraction?
turn 2.04 into a fraction
How do you turn 32.50 into a fraction?
How do you turn 32.50% into a fraction?
How can you turn a remainder to a fraction?
you can't turn a reminder in to a fraction
How do you turn w percent to a fraction?
how to turn 15 percent into a fraction
Turn a fraction into a decimal?
To turn a fraction into a decimal, simply divide the numerator by the denominator.
How do you turn 47 into a fraction?
47 is an integer so there is no sensible way to turn it into a fraction. A valid equivalent fraction is 47/1.
How do you get a reduced fraction from a percent?
you have 2 turn the percent into a decimal the you can easily turn the decimal into a fraction
How do you turn 490 into a fraction?
490 is an integer, not a fraction.
How do you turn 0.0125 into a fraction?
Since there are four decimal places, you place the decimal number over '1. 0000' Four zeroes. Hence # 0.0125 / 1.0000 Cancel down the decimal point 00125/10000 Drop the trivial prefix zeroes. 125/10000 Cancel down by '5' 25/2000 Cancel down by '5' again 5/400 Cancel down by '5' for a third time 1/80 The Answer!!!!! NB This method is good for all TERMINATING decimals. Just remember that the number of 'zeroes'; is the same as the number of decimal places. NNB For decimals recurring to infinity a different technique is required.
