A repeating fraction is a decimal representation of a number in which a string of numbers repeats itself endlessly. The repeating string may start after a finite number of non-repeating digits.
For example, 29/132 = 0.21969696... repeating.
The repeated sequence is [96] which starts after two digits.
First find the length of the repeating section of numbers. eg. For 0.678678678, 678 is the repeating section, and it's length is three. Divide this repeating section by the number with that many nines - for example in this case 678/999 = the fraction. Another example - 0.554755475547 = 5547/9999
0.78 repeating as a fraction = 78/99
As a fraction it is 193/990 = .1'94' repeating '94'
If you mean: 0.181818.....18 repeating then as a fraction it is 2/11
0.54 repeating as a fraction = 54/99 or 6/11
First find the length of the repeating section of numbers. eg. For 0.678678678, 678 is the repeating section, and it's length is three. Divide this repeating section by the number with that many nines - for example in this case 678/999 = the fraction. Another example - 0.554755475547 = 5547/9999
what is 0.194 as a repeating fraction
0.78 repeating as a fraction = 78/99
0.14 repeating as a fraction = 14/99
An example of a repeating decimal is the fraction 1/6. One sixth equals zero point one six six repeating.
A negative fraction need not be a terminating decimal. For example, -2/3 = -0.66... (repeating).
If you mean: 0.151515.....repeating then as a fraction it is 5/33
3.1 repeating, as a rational fraction is 28/9.
0.13333333 repeating in fraction = 12/90 or 2/15
3.25 repeating written as a fraction is 322/99
If all 3 digits are repeating then as a fraction it is 215/999
The fraction of the repeating decimal 0.7... is 7/9