CAS PY 105 Study Guide - Final Guide: Angular Acceleration, Ideal Gas, Ideal Gas Law

• School: Boston University
• Department: Physics
• Course: CAS PY 105
• Professor: Andrew Duffy

Document Summary

F f1 f t m1 a. F f2 f t m2 a. F s f s n. F s, max = f s n. Solving for coefficient of kinetic friction: vix = 1 t=1s m/s: find acceleration v2 ix + 2ax ( x) No net external force on the system and the system"s center of mass is moving at a constant velocity means that the system will keep moving at a constant velocity m x +m x + Ui + ki + w nc = uf + kf. Can apply straight line motion equations to rotational motion t v = v i + a. = i + t is angular velocity. = i + i + 2 a( x) 2 + 2 x = x i + v i + 2. U i + ki + w nc = u f + k f and.