1. The problem statement, all variables and given/known data A Ferris wheel has a radius of radius of 15.0 m. It rotates at a constant angular speed, and makes one full revolution in 25.0 s. Calculate the apparent weight of a rider (mass = 60 kg) when at the bottom of the wheel. r=15 T=25s v=(2*pi*15)/25 a=((2*pi*15)/25)^2/15 2. Relevant equations F=ma 3. The attempt at a solution F=60*((2*pi*15)/25)^2/15=0.9465 Am I doing it right or do I just multiply the mass by g?