Ball A strikes with ball B as shown in the figure. Initially(а)the Ball A has a velocity (VA)I = 8 ft/s and the Ball B is atrest. If both Ball A and B are smooth and have identitical3 ftmass having coefficient of restitution between theBalls is e = 0.75, Find the speed of of Ball A and Bimmediate after collision.30°(va)ı = 8 ft/s

GIVEN: mass of A = mass of BmA=mB=m VAt= 8 ft/sec e=0.75 TO FIND: The velocities after collision.

(a) Ball A strikes with ball B as shown in the figure. Initially the Ball A has a velocity (VA)I = 8 ft/s and the Ball B is at rest. If both Ball A and B are smooth and have identitical mass having coefficient of restitution between the Balls is e = 0.75, Find the speed of of Ball A and B immediate after collision.

(a) Ball A strikes with ball B as shown in the figure. Initially the Ball A has a velocity (VA)I = 8 ft/s and the Ball B is at rest. If both Ball A and B are smooth and have identitical mass having coefficient of restitution between the Balls is e = 0.75, Find the speed of of Ball A and B immediate after collision.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Ball A strikes with ball B as shown in the figure. Initially
(а)
the Ball A has a velocity (VA)I = 8 ft/s and the Ball B is at
rest. If both Ball A and B are smooth and have identitical
3 ft
mass having coefficient of restitution between the
Balls is e = 0.75, Find the speed of of Ball A and B
immediate after collision.
30°
(va)ı = 8 ft/s

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