18+ baer, 5 months ago

@booksthatgoboom
nice
if you haven't found out yet:F_z = F_g = m times frac{v^2}{r}with
m = mass space of space thespace object
v = turning space speed
r = radius space of space the space wheel

18+ baer, 5 months ago

@booksthatgoboom
or more useful (same but without te mass dependency)a_r = frac{v^2}{r}``v = sqrt{9.81 frac{m}{s^2} times r}with r as radius of th wheel

18+ baer, 5 months ago

@booksthatgoboom
sorry if i am tlling youstuff you already know, but you just sent me on a very interesting physics tangent

kura, 5 months ago

@booksthatgoboom so how much is?

janriemer, 5 months ago

@booksthatgoboom The truth is in the spinach...