Integer: Negative numbers, zero, positive numbers. NO fractions/decimals Natural: Positive numbers. NO zero, negative numbers, fractions/decimals. Whole number: Positive numbers, zero. NO negative numbers, fractions/decimals. Therefore, a natural, rational, whole integer, would be: 1, 2, 3, 4, 5, 6, 7, ...
Rational -1.(3 repeating) Any repeating decimals are rational. However, a number such as pi (3.141592654...) does not repeat or end.
Any whole number, any number with a finite number of decimals, and some numbers with an infinite number of decimals, are rational.
All terminating decimals are rational.
Any number with a finite number of decimals is rational.
If you can completely write a number, using digits, fractions and decimals, then the number is rational. You appear to have accomplished that.
If you convert repeating decimals into a fraction, you see that the repeating decimals are rational.
No, -3 is a rational number. All fractions are rational along with all decimals that terminate or repeat. (this applies to both positive and negative numbers.)
Yes, negative decimal numbers are rational, as long as it is terminating or repeating.
ANY number with a finite number of decimals (and some that have an infinite number of decimals) are rational.
Integer: Negative numbers, zero, positive numbers. NO fractions/decimals Natural: Positive numbers. NO zero, negative numbers, fractions/decimals. Whole number: Positive numbers, zero. NO negative numbers, fractions/decimals. Therefore, a natural, rational, whole integer, would be: 1, 2, 3, 4, 5, 6, 7, ...
Rational -1.(3 repeating) Any repeating decimals are rational. However, a number such as pi (3.141592654...) does not repeat or end.
It is a rational number because if need be it can be expressed as a fraction.
All repeating decimals are rational numbers. Not all rational numbers are repeating decimals.
Any whole number, any number with a finite number of decimals, and some numbers with an infinite number of decimals, are rational.
All terminating decimals are rational.
Any number with a finite number of decimals is rational.