F = 0.555....
10F = 5.555...
Subtracting the first from the second gives: 9F = 5
and so F = 5/9
decimal and repeating bar
If all three digits are repeating then as a fraction it is 41/333 in its simplest form
113/999
It is 1 5/9.
0.78 repeating as a fraction = 78/99
decimal and repeating bar
If all three digits are repeating then as a fraction it is 41/333 in its simplest form
113/999
It is 1 5/9.
Oh, dude, 1.4 repeating is the same as 1.4444... forever. To turn that into a fraction, you just have to think, like, "What if this was x?" and then solve for x. So, 1.4 repeating is 14/9. Easy peasy, lemon squeezy.
Oh, what a happy little question! When we see a repeating decimal like 1.142857, we can turn it into a fraction by noting that the repeating part is 142857. To convert this to a fraction, we put this repeating part over a series of nines equal to the number of repeating digits, which gives us 142857/999999. And just like that, we've turned our repeating decimal into a lovely fraction.
If it's a 6 repeating decimal then it is 224/3 if not then it is 746666/10000
444/100 unless that's repeating, in which case it is 4/9
0.78 repeating as a fraction = 78/99
If you mean: 0.151515.....repeating then as a fraction it is 5/33
What is 1.49 repeating (9 is repeating)
Oh honey, 0.045 repeating is the same as 45 repeating in the hundredths place. So, to turn that into a fraction, you just slap that bad boy over 99 because there are two decimal places repeating. Voila, you've got 45/99, which reduces down to 5/11. Math made sassy!