Haruspex you are GENIUS...OF course if it is a float rotating surface...they will stop rotation at the same time...,but if it's not...and the maximum Ts is the same then...the bigger mass will stop rotation first
Yes if you see the equation F=mω^2R...then you will come to the conclusion that the one with the bigger mass will stop first to moving circular because need more centripetal force.....Yes but also at the bigger mass I have bigger friction...T=μΝ. Τ=μ(mg)...so why two masses are not stopping the...
Homework Statement
The problem is that if I have a 5kg mass and 1 kg mass at the same radius with the same μ...and I increase slowly the angular speed ω...then the first mass that will stop the circular motion is the one of the 5 kg mass because needs more centripetal force.Can someone say...