1. a cowboy walks at a pace of about two steps per second, holding a glass of diameter 10.0 cm that contains milk. the milk sloshes higher and higher in the glass until it eventually starts to spill over the top. determine the maximum speed of the waves in the milk.
2. I know the frequency will...
Yea, I know the theorem. I am just trying to figure out how to combine it with the orbital radius. I've tried subtracting 1.1 from 0.35, and many other variables, but I can't get the answer
for the moment of inertia of the tire, is it going to be that of a hollow cylinder? I know the first step is to calculate the moment of inertia, but I don't know which shape to use. if we use hollow cylinder, we have to find two radii, which I have no clue how to do
1. in a tire-throwing competition, a man holding a 23.5 kg car tire quickly swings the tire through three full turns and releases it, much like a discus thrower. the tire starts from rest and is then accelerated in a circular path. the orbital radius "r" for the tire's center of mass is 1.10 m...