They are all points on the [Real] number line.
However, different Irrational Numbers: pi, sqrt(2), e, phi etc have different geometric applications.
An irrational number has a decimal representation that is non-terminating and non-repeating.
Its decimal representation does not terminate.
A line, "living" in N-dimensional space, where N is the number of variables.
The value of pi is the circumference of a circle divided by its diameter and it is an irrational number hence:- pi = 3.141592654 ...... to infinity
It could either be a terminating decimal or the decimal representation of an irrational number.
An irrational number has a decimal representation that is non-terminating and non-repeating.
Its decimal representation does not terminate.
The number has a decimal representation that terminates (after 9 digits). If it terminates, the number is rational.
An irrational number cannot be expressed as a ratio of two integers. The decimal representation of an irrational number is a non-terminating and non-recurring.
3501225 is a rational number. (It is even a natural number.) (Decimal representation of an irrational number has not terminating or repeating decimals.)
Because it has been proven to be an irrational number. And an irrational number cannot have a terminating or recurring decimal representation.
A line, "living" in N-dimensional space, where N is the number of variables.
If its decimal representation is either terminating or a repeating number then it is rational. Otherwise it is irrational.
23/99, which is rational.
No, it is an irrational number and so has an infinitely long, non-terminating decimal representation.
Since pi is an irrational number it is impossible to give an entire representation of pi.
It is a number whose decimal representation goes on forever without any repeating pattern. It is the decimal representation of an irrational number.