Nope... this is another paradox akin to Zeno's paradox of Achilles and the tortoise.
An infinite number of infinitesimal intervals can add up to a finite interval. It's done in integral calculus all the time.
Wrong.....count on your fingers or toes.
Um doesn't 1 come after 0
um 1 comes before 0 when counting backward
ok
That depends on what you mean by "reaching 1".
If you try to count all real numbers between 0 and 1, then yeah, you're never going to end.
If you keep summing a constant amount to zero, then you're going to reach it eventually.
Nope... this is another paradox akin to Zeno's paradox of Achilles and the tortoise.
An infinite number of infinitesimal intervals can add up to a finite interval. It's done in integral calculus all the time.
Wrong.....count on your fingers or toes.
Um doesn't 1 come after 0
um 1 comes before 0 when counting backward
ok
That depends on what you mean by "reaching 1".
If you try to count all real numbers between 0 and 1, then yeah, you're never going to end.
If you keep summing a constant amount to zero, then you're going to reach it eventually.