Suppose F = 3.555...then 10F = 35.555...
Subtracting the first from the second gives 9F = 32 and so F = 32/9.
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.
0.1714285714285714285714 etc.. And although it does turn out to be like that, the proper way to right it without repeating is .....________ 0.1714285 Note: Please ignore the dots in front of the line. And the line is to be writing above the number starting with the 7, indicating that that's what repeats. Also keep in mind that just because that it's a repeating decimal doesn't mean it's irrational. It's written as a fraction. Any fraction is rational, so this repeating decimal is rational.
It is: 35/12 = 2.9166666....repeating 6
It is 35/3.
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.
35% as a decimal is 0.35 and as a fraction it is 35/100 which can be reduced to 7/20
0.1714285714285714285714 etc.. And although it does turn out to be like that, the proper way to right it without repeating is .....________ 0.1714285 Note: Please ignore the dots in front of the line. And the line is to be writing above the number starting with the 7, indicating that that's what repeats. Also keep in mind that just because that it's a repeating decimal doesn't mean it's irrational. It's written as a fraction. Any fraction is rational, so this repeating decimal is rational.
35/100 which equals to 7/20
35 is a repeating number
444/100 unless that's repeating, in which case it is 4/9
If it's a 6 repeating decimal then it is 224/3 if not then it is 746666/10000