It depends on whether they are never ending but recurrent or never ending but non-recurring.
An example of the first is 2/11 = 0.1818.... where the 18s go on for ever. This is called a recurring decimal.
An example of the second is the decimal representation of sqrt(2) = 1.41421356... which goes on forever, but which does not settle into a repeating pattern. These are called non-recurring decimals.
Pi
Of whole numbers only, it's 449. Of all numbers including decimals, it's 449.99999... with the 9s never ending.
It Never Ends.
No it will meet the starting point, but you can go on the circle to make it never ending.
infinitysquareshapetriangle
Irrational number or repeating decimal
Pi
yes, repeating decimals (those that have infinite - never ending - number of digits after the decimal point and these decimals show repeating pattern) are rational numbers, because they can be written as fractions.
Yes there are call equivalent decimales
Of whole numbers only, it's 449. Of all numbers including decimals, it's 449.99999... with the 9s never ending.
Irrational numbers are numbers that can't be expressed as fractions and are never ending decimals that can't be expressed as fractions as for example the value of pi as in a circle.
A Ray
It Never Ends.
Never-Ending was created in 2004.
The only way to make a never ending candle is to never burn it. A never ending candle is just for show.
That can refer to one of two types of decimals: terminatingand irrational.Terminating decimals don't repeat because they stop, whereas irrational decimals simply never repeat a distinct pattern of digits.
An apeirogon. Apeirogons are degenerate polygons that probably appear as never ending straight lines