Hmm, i thought I had made it clear that .9^ is infinite in extent...
1.1^ and .89^ are also infinite in length. That it is not infinite in size does not make it any less infinite in length We can safely say that .9<.9^<1. An interesting thing about a number like .9^, is that it is always getting bigger, but never reaching a certain size. To graph the number, you would see that it approaches one, and the closer it gets: the further it curves away from it.
Much like a loading bar with no end
dictionary Wrote:limitless or endless in space, extent, or size; impossible to measure or calculate
1.1^ and .89^ are also infinite in length. That it is not infinite in size does not make it any less infinite in length We can safely say that .9<.9^<1. An interesting thing about a number like .9^, is that it is always getting bigger, but never reaching a certain size. To graph the number, you would see that it approaches one, and the closer it gets: the further it curves away from it.
Much like a loading bar with no end
Please give me a home where cloud buffalo roam
Where the dear and the strangers can play
Where sometimes is heard a discouraging word
But the skies are not stormy all day