To make things short however - I will use the answer I give in class:
"the solution to all of the mentioned paradoxes then,9 is that there isn't an instant in time underlying the body's motion (if there were, it couldn't be in motion), and as its position is constantly changing no matter how small the time interval, and as such, is at no time determined, it simply doesn't have a determined position.
The paradoxes of Achilles and the Tortoise and the Dichotomy are also resolved through this realisation: when the apparently moving body's associated position and time values are fractionally dissected in the paradoxes, an infinite regression can then be mathematically induced, and resultantly, the idea of motion and physical continuity shown to yield contradiction, as such values are not representative of times at which a body is in that specific precise position, but rather, at which it is
passing through them.
The body's relative position is constantly hanging in respect to time, so it is never in that position at any time.
Indeed, and again, it is the very fact that there isn't a static instant in time underlying the motion of a body, and that is doesn't have a determined position at any time while in motion, that allows it to be in motion in the first instance. Moreover, the associated temporal (t) and spatial (d) values (and thus, velocity and the derivation of the rest of physics) are just an imposed static (and in a sense, arbitrary) backdrop, of which in the case of motion, a body passes by or through while in motion, but has no inherent and intrinsic relation. For example, a time value of either 1 s or 0.001 s (which indicate the time intervals of 1 and 1.99999's, and 0.001 and 0.00199999. s, respectively), is never indicative of a time at which a body's position might be determined while in motion, but rather, if measured accurately, is a representation of the interval in time during which the body passes through a certain distance interval, say either 1 m or 0.001 m (which indicate the distance intervals of 1 and 1.99999'.m, and 0.001 and 0.0019999'. m, respectively).
THis is taken from:
http://philsci-archive.pitt.edu/archive/00001197/02/Zeno_s_Paradoxes_-_A_Timely_Solution.pdf
TTF
p.s. This has jack to do with math - it speaks clearly and distinctly about our conception of movement and our thoughts of space. It just took a thinker quite some time to say that when something is moving - it is not in any space for any given time - it is moving though it.