2 over 11 written as a repeating decimal = 0.18181818...
No.Repeating decimals are rational.To convert a repeating decimal to a fraction, put the repeating digit(s) over the same number of 9s and simplify:examples.0.333...It has one repeating digit (3) so put it over one 9 (9) to get 3/9 which can be simplified by dividing top and bottom by 3 (the hcf of 3 and 9) to get 1/3. Thus: 0.333... = 1/30.181818...It has two repeating digits (18) so put them over two 9s (99) to get 18/99 which can be simplified by dividing top and bottom by 9 (the hcf of 18 and 99) to get 2/11. Thus: 0.181818.... = 2/11
To show that a decimal number is of a repeating nature, simply insert a horizontal bar over the numerals that are repeating. When typing, you may also underline the repeating digits or place them in parentheses.A few examples:1/3 = 0.33333333 = 0.(3)1/6 = 0.16666666 = 0.1(6)1/11 = 0.09090909 = 0.(09)1/24 = 0.04166666 = 0.041(6)
Well, honey, if you want to write 0.81 repeating as a fraction in simplest form, you just gotta remember your high school math. It's 81 over 99, because that repeating decimal is 81 over 99. And if you want to simplify it, just divide the top and bottom by 9 to get 9 over 11. Voilà!
0.2211/50 as a decimal is 0.22
Expressed as a decimal, 11/12 is equal to 0.916 recurring (that is, 0.916666...)
10 over 11 in decimal form is approximately 0.9090. This decimal is a repeating decimal, often written as 0.909090..., where "90" repeats indefinitely.
9/11 = 0.81818181 ..... repeating
what is the repeating decimal .67 as a fraction
0.5454 repeating.
0.63 repeating
It is: 5.'63' repeating '63'
0.363636363636... .36 repeating
1.545454
0.18333(repeating)
0.24444 repeating
16.7272 repeating
It is 5.272727... (repeating).