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no, only whole numbers.

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14y ago

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Related Questions

What are rational number that is not a integers?

Any non-repeating decimals


What is the set of all integers plus all of the termination or repeating decimals?

The rational numbers


Is 3.25 repeating an integer?

No because integers are whole numbers without decimals or fractions.


What kind of numbers are decimals with a repeating pattern of digits?

either irrational numbers, integers, integers, rational numbers, or whole numbers


What is it called when fractions terminating repeating decimals integers and percents called?

They are called rational numbers


What includes the integers and all terminating and repeating decimals in the real system?

The set of rational numbers (ℚ).


Is negative 3.25 repeating decimal an integer?

No because integers are whole numbers without decimals or fractions


Why are rational numbers terminating or repeating decimal?

Because terminating or repeating decimals can be written as the quotient of two integers a/b, where b is not equal to zero.


Why are repeating decimals rational numbers?

Because repeating decimals can be written as simple fractions.0.22222 repeating = 2/9The formal definition of a rational number is a number that can be in the form p/qwhere p and q are integers and q is not equal to zero.


Can pi be used for repeating decimals into a fraction?

No, pi (π) cannot be expressed as a fraction of two integers, which means it is not a repeating decimal. Pi is an irrational number, meaning its decimal representation is non-terminating and non-repeating. Therefore, it cannot be converted into a fraction in the way that repeating decimals can. Repeating decimals, like 1/3, can be expressed as fractions because they are rational numbers.


What are the 3 types of rational numbers?

If you convert them into decimal form you can say there are terminating decimals, there are the integers, and there are repeating decimals. EX: 2.4 is a terminating decimal. 2.44444444... is a repeating decimal. 2 is an integer. all are rational numbers.


Why are negative repeating decimals, rational?

If you convert repeating decimals into a fraction, you see that the repeating decimals are rational.