Understanding Torque

p {margin: 0; padding: 0;} physics Understanding Torque and Rolahonal Motion. torque = Force exected df Some distance pependicular to apont ofrotation. Formula: a= Angular Acceleration as = E = E mot T= Torque t:- distance. z I: Totanional Inertia. T= r If . t Fsne L: Angular Momentum. L= Iw k= Tational kinetic Energy K= 1/2 IW2 T. Penad. T: 2TT = \ $. Frequency W= Angular Velocity. w If Potational Inerha the Polakonal equavalent inlinear Motion /= km' wher k to shape Constant Potational equilibrum, what Mass would balance thebor 7T ET=0 IF 12=25 then Et= Elew M1=Mz FIFI= T2F2. M1.2(2):39kg 21g T.Mig: T2M2g Mg Mg High