Q4 Two balls A and B in Figure Q4 have mass of 0.55kg and 0.85kg respectively. They are moving with the velocities shown and the coefficient of restitution between them is 0.65. (a) Describe the type of impact for this collision and give the assumption that can be used. (b) Determine the x and y components of the final velocity of each ball just after the collision. (c) If ball A moves along a line of 40° counter-clockwise from the y-axis after the impact, determine the coefficient of restitution between the balls. (d) Determine when the principle of linear impulse and momentum become conservation of linear momentum? 8 m/s 5 m/s
Q4 Two balls A and B in Figure Q4 have mass of 0.55kg and 0.85kg respectively. They are moving with the velocities shown and the coefficient of restitution between them is 0.65. (a) Describe the type of impact for this collision and give the assumption that can be used. (b) Determine the x and y components of the final velocity of each ball just after the collision. (c) If ball A moves along a line of 40° counter-clockwise from the y-axis after the impact, determine the coefficient of restitution between the balls. (d) Determine when the principle of linear impulse and momentum become conservation of linear momentum? 8 m/s 5 m/s
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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Transcribed Image Text:Q4
Two balls A and B in Figure Q4 have mass of 0.55kg and 0.85kg respectively. They
are moving with the velocities shown and the coefficient of restitution between them is
0.65.
(a)
Describe the type of impact for this collision and give the assumption that can be used.
(b)
Determine the x and y components of the final velocity of each ball just after the
collision.
(c)
If ball A moves along a line of 40° counter-clockwise from the y-axis after the impact,
determine the coefficient of restitution between the balls.
(d)
Determine when the principle of linear impulse and momentum become conservation
of linear momentum?
8 m/s
A
5 m/s
Figure Q4
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