Two identical frictionless balls have its magnitude and direction of velocities before they strike each other as shown in the figure. If the coefficient of restitution e =90. a) determine the magnitude of the velocity of ball A after the impact b) determine the direction of the velocity of ball A after the impact c) determine the magnitude of the velocity of ball B after the impact. 9:44 l.39AB3060VA=3 m/sV4 m/sTwo identical frictionless ballshave its magnitude and directionof velocities before they strikeeach other as shown in thefigure. If the coefficient ofrestitution e =90. a) determinethe magnitude of the velocity ofball A after the impact b)determine the direction of thevelocity of ball A after the impactc) determine the magnitude ofthe velocity of ball B after theimpact.

Given Velocity of ball A = 3 m/s Velocity of ball B = 4 m/s To find Impact velocity of ball A…

Answered: Two identical frictionless balls have…

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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Two identical frictionless balls have its magnitude and direction of velocities before they strike each other as shown in the figure. If the coefficient of restitution e =90. a) determine the magnitude of the velocity of ball A after the impact b) determine the direction of the velocity of ball A after the impact c) determine the magnitude of the velocity of ball B after the impact.

9:44 l.
39
A
B
30
60
VA=3 m/s
V4 m/s
Two identical frictionless balls
have its magnitude and direction
of velocities before they strike
each other as shown in the
figure. If the coefficient of
restitution e =90. a) determine
the magnitude of the velocity of
ball A after the impact b)
determine the direction of the
velocity of ball A after the impact
c) determine the magnitude of
the velocity of ball B after the
impact.

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