4/15 as a decimal is 0.26666 repeating
A sequence of 1 digit.
0.370 repeating is a decimal.
0.45 repeating is a decimal!
1.21 repeating ... is a decimal.
3.25 repeating ... is a decimal.
0.7777 repeating is a decimal.
7,333.3333 (Repeating decimal sequence) pounds, if you're using net/short tons. 8,213.3333 (Repeating decimal sequence) pounds, if you're using long tons. 8,083.5333 (Repeating decimal sequence) pounds, if you're using metric tons.
4111 is an integer and so there is no sensible way to convert it into a repeating decimal.
0.142857... (with the 6-digit sequence repeating forever).
Multiplying by ten to the power k moves the decimal point k places to the right. If the repeating sequence comprises n digits and you multiply by 10n then the decimal point is moved n places to the right and the positions of the repeating sequence relative to the decimal point is not changed. This allows you to subtract the one repeating decimal expression from the other and get a terminating decimal which can then be used as the numerator of the ratio.
It is 0.01315789473684210526 followed by the underlined sequence repeating.
0.8
It is a decimal that does not end, nor do the numberals repeat themselves in any recognizable sequence. An example is Pi.
No, 1 2 3 is a sequence of 3 integers!
No. It is rational: 0.363636... = 36/99 = 4/11 Any decimal which terminates or ends in a repeating sequence of digits is a rational number.
12345 but if you can use a decimal, then 0.1234 would be the smallest possible number.
No, 33 is an integer. 0.3333 repeating is a repeating decimal.
0.370 repeating is a decimal.