x = 3.3434
100x = 334.3434
99x = 331
x = 331/99
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If it's a 6 repeating decimal then it is 224/3 if not then it is 746666/10000
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.
2.3 repeating is already a decimal. It would look like this: 2.33333333333333... If you want a rounded decimal, you can use 2.3. However, 2.3 repeating would be more useful as a fraction for proportions and things. As a fraction, it is 2 1/3 (two and one third).
Ah, what a happy little question we have here. If we look closely, we can see that 0.4545454545 is a repeating decimal. To turn it into a fraction, we can call it x and subtract it from 100x to get a whole number. This gives us the fraction 5/11, a beautiful and harmonious representation of our repeating decimal.
Well, isn't that just a lovely repeating decimal? Let's turn that into a fraction, shall we? If we call x = 0.5555555555, we can multiply x by 10 to get 10x = 5.5555555555. Then, we can subtract x from 10x to get 9x = 5, which simplifies to x = 5/9. And there you have it, a beautiful fraction created from that repeating decimal.