Given:ml=3.7 kg; m2=3 kg; Vli = 7 m/s; Vlf = 4 m/s;0=25 degreesFind Velocity Vf2 and angle 0,ymBefore collisionAfter collisionAt restSelect one:Oa. 2.0849 @ 63.3930 degrees below horizontalOb. 3.3298 @ 26.6070 degrees below horizontalOc. 4 6552 @ 26.6070 degrees below horizontal

Given: m1=3.7 kgm2=3 kgv1i=7 m/sv1f=4 m/sθ1=25°

Given: ml=3.7 kg; m2=3 kg, Vli = 7 m/s; Vif = 4 m/s; O=25 degrees Find Velocity Vf2 and angle 02 Before collision After collision m At rest m Select one: Oa. 2.0849 @ 63.3930 degrees below horizontal Ob. 3.3298 @ 26.6070 degrees below horizontal Oc. 4 6552 @ 26.6070 degrees below horizontal

Given: ml=3.7 kg; m2=3 kg, Vli = 7 m/s; Vif = 4 m/s; O=25 degrees Find Velocity Vf2 and angle 02 Before collision After collision m At rest m Select one: Oa. 2.0849 @ 63.3930 degrees below horizontal Ob. 3.3298 @ 26.6070 degrees below horizontal Oc. 4 6552 @ 26.6070 degrees below horizontal

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter6: Momentum, Impulse, And Collisions

Section: Chapter Questions

Problem 53P: A billiard ball moving at 5.00 m/s strikes a stationary ball of the same mass. Alter the collision,...

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