Question

I'm trying to figure out a radius of a (hypothetical circle indicated by the instantaneous moment a turn is made of theta degrees. The reason for this is, I desire to find the centrifugal force (mv^2/r) orn a system traveling w/o acceleration at v-100m/s making a 30° turn to the left (evaluated in 2D), mass 1000kg In other words, can I find the radius that is essential to finding the centrifugal force if only given mass (m), velocity (v) and the degree of the turn (say, 30%). Possibly r-Vcos30? If that's the case, the units don't line up, but that's the best I can come up with. Ref photo below. radius Cx

I just received an answer that because I gave no time (t) the centrifugal force would be infinite because the turn was made instantaneously. Please insert t=.2s and answer question. Thank you!

Answer 1

Suton fin monen ox A -t ว่ำ 2. Hee (o 30 (o2) )(Ug87.3)'+@s m). |fet|-厅,'4か