when working out the drag coefficient its for objects that dont change shape when accelerating so you would have to work out his average drag coefficient with the average space his body takes up when running at top speed
I could have done that, but the article mentioned in the video specifically said that Sonic accelerates instantly, so I just worked with that. (it also would have resulted in a much lower force soooooo...)
bro no way I just watched the video and after it finished I went to the comments
HOW DO YOU HAVE 46 SUBSCRIBERS I THUGHT YOU HAD ATLEAST 100K
I think you could measure his drag by using a 3d model inside some drag simulation software. Great video :)
Most magnificent
This could be a fun physics project lmao
Hell yeah dom this is great 🧠
amazing video
BEST VIDEO EVER!!!!😀😀
w video
isnt part of his speed affected by his fast leg movement as well?
🤯
when working out the drag coefficient its for objects that dont change shape when accelerating so you would have to work out his average drag coefficient with the average space his body takes up when running at top speed
you could just use the reaction speed of a human as the time period that he reaches terminal velocity
I could have done that, but the article mentioned in the video specifically said that Sonic accelerates instantly, so I just worked with that.
(it also would have resulted in a much lower force soooooo...)
hehe applied force