Yes repeating decimals are real numbers.
They can fall under the category of rational numbers under real numbers since their repeating decimal patterns allows them to be converted into a fraction.
Nonreal numbers are imaginary numbers which are expressed with i, or sqrt(-1).
.833 IS a repeating decimal. This is a rational number as well as it has a repetitive pattern.
35 is a repeating number
no
It could be what is known as an "irrational number", which is a kind of real number. Alternatively, and at a rather advanced level, it could be a number which is not even a real number.
Since 2.33333... is a repeating decimal (or recurring decimal), it is a rational number.
Yes.
real number
No, 125 is not a repeating decimal. A repeating decimal is a decimal number that has a repeating pattern of digits after the decimal point. In the case of 125, it is a whole number and does not have any decimal places or repeating patterns. It can be written as 125.0000, but it is still a non-repeating decimal.
The only real number that is non-terminating and non-repeating is Pi (pie)
Yes, a rational number can be a repeating decimal. A repeating decimal is a decimal in which one or more digits repeat infinitely. For example, 1/3 is a rational number that can be written as the repeating decimal 0.333...
A terminating decimal is a rational number. A non-terminating, repeating decimal is a rational number. A non-terminating, non-repeating decimal is an irrational number.
The real number 5.1255555555555 can be expressed as a decimal, indicating a value slightly greater than 5.125. The repeating part "555555..." suggests that the number can be approximated as 5.1255 with the '5' repeating indefinitely. In fractional form, it can be represented as (5 + \frac{1}{8} + \frac{1}{90}), capturing the repeating decimal.
Decimal numbers that end or recur are known as terminating or repeating decimals. 0.75 is a terminating decimal. 0.4444 repeating is a repeating decimal.
The decimal 2.16 repeating can be expressed as a mixed number by separating the whole number from the decimal part. The whole number is 2, and the repeating decimal 0.16 repeating can be converted into a fraction. The repeating part, 0.16 repeating, is equal to ( \frac{16}{99} ). Therefore, 2.16 repeating as a mixed number is ( 2 \frac{16}{99} ).
It is an infinite non-repeating decimal which represents an irrational number.
No. A rational number is any terminating numeral. A repeating decimal is irrational.
A decimal number is like a mixed fraction: it has an integer part and a fractional part. If the fractional part is a repeating fraction then the whole number is represented by a repeating decimal.