In reality of the situation Achilles equation should be x ft/s and x = how ever fast he is running which is probably much faster that the turtle. he would not be running the same speed as the turtle, which is what the equation states in this paradox.
@Zloo420 In the video we compute the general situation were the ratio between the speeds of the turtle and that of Achilles can be any number q between 0 and 1. Clearly, in a real life situation, q is pretty close to 0.
Nice, very clear. Thanks!
eminimethodsdotcom 4 months ago
In reality of the situation Achilles equation should be x ft/s and x = how ever fast he is running which is probably much faster that the turtle. he would not be running the same speed as the turtle, which is what the equation states in this paradox.
Zloo420 1 year ago
@Zloo420 In the video we compute the general situation were the ratio between the speeds of the turtle and that of Achilles can be any number q between 0 and 1. Clearly, in a real life situation, q is pretty close to 0.
MikaSeppala 1 year ago
there is no paradox. it is merely a progressive ratio with respect to quantise distance. notice that the racing track has no actual distance
circle559 3 years ago
nice explanation, thanks for making this
anvilsalesman 3 years ago
Moi isi toi video on hyvä jos sen tajuaa kuten minä en tajua niin hyvin ehkä kuin sinä hihi.
markkikarkki 4 years ago