3 ms·
The point is that for your inner ear, there is no acceleration when running, or not, on a treadmill. Your body isn't moving relatives to where it started, so y
by modoc 11y ago
The point is that for your inner ear, there is no acceleration when running, or not, on a treadmill. Your body isn't moving relatives to where it started, so your inner ear doesn't detect the same equilibrium changes that would align with your visual perception - https://en.wikipedia.org/wiki/Inner_ear#Equilibrium https://en.wikipedia.org/wiki/Inner_ear#Equilibrium
- shamino 11y agoSee my replies to the rest of the comments. The point is, you have to use the surface of the treadmill as your frame of reference. Then, it's obvious that your body has moved relative to where it started.
- shamino 11y agoSorry, you're right. After reviewing your comments and debating long with my best friend (what are best friends for, anyways), I finally see my flaw. I didn't consider the inner ear not accelerating whether or not the treadmill below you does. everyone who has tried to set me straight.