No'sense wrote:
Congratulations on your completely ignorant comment. The point is entirely lost on a pea-brain like you. You picked an arbitrary point when top stop doubling while claiming that doubling is the "makes most sense" solution. Then you whine the doubling has to restart at some point. Imbeciles like you keep trying to create base 10 looks to base 2 distances.
If you want it to make sense then try:
100
200
500
1000
2000
5000
10000
20000
50000
Only the values 1, 2 and 5 are used to set up distance. Too bad tracks ovals were not set originally at 500 metres. Then it would be simple matter to run the above distances. Distance runners would be less confused counting laps because 1000m is 2 laps, 2000m is 4 laps. 5000m is 10 laps. Start and end where you started for all distances except 100m and 200m.
Why would this make any sense? Even on a 500m track your sequence of relative distances looks like *2, *5/2, *2, *2, *5/2,... and your sequence of lap numbers is 1/5, 2/5, 1, 2, 4, 10, 20, 40, 100. What's natural about either of those patterns?
On the other hand, the sequence the other poster suggested always follows a *2 pattern, and the number of laps is always just 2^n, which seem very natural.
Yeah, 512 isn't very natural in base 10, but 2 and 5 aren't too appealing from this stance either. It seems like a bigger leap to argue that the sequence 1, 2, 5,... is natural in base 10 than to argue that powers of 2 are actually kinda nice, no matter what base you're in.