(I). The motions of two objects, A and B, are defined by the following vectors:vector A = 6.0622i + 3.500j m/svector B = 5.9500i - 10.3057j m/sunit vector of bullet = -jObject A and B left at the same time and at the same point. Object A aims to hit object B by firing a bullet in the direction stated above after 20 seconds. a). What should be the velocity of the bullet so that it will hit object B?b). What is the distance between object A and B the moment the bullet hits object B?c). What is the velocity vector of the bullet? 1 u 11:54 B 0 …..10 73%April 27 1153 wed | 428 werds(1). The motions of two objects,A and B, are defined by thefollowing vectorsS:vector A = 6.0622i + 3.500j m/vector B = 5.950oi - 10.3057jm/sunit vector of bullet = -jObject A and B left at the sametime and at the same point.Object A aims to hit object Bby firing a bullet in thedirection stated above after 20seconds.a). What should be the velocityof the bullet so that it will hitobject B?b). What is the distance betweenobject A and B the moment thebullet hits object B?c). What is the relocity vectorof the bullet?Aa

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Answered: 3057j m/s unit vector of bullet = -j…

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter6: Motion In Two Dimensions

Section: Chapter Questions

Problem 84A

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(I). The motions of two objects, A and B, are defined by the following vectors: vector A = 6.0622i + 3.500j m/s vector B = 5.9500i - 10.3057j m/s unit vector of bullet = -j Object A and B left at the same time and at the same point. Object A aims to hit object B by firing a bullet in the direction stated above after 20 seconds. a). What should be the velocity of the bullet so that it will hit object B? b). What is the distance between object A and B the moment the bullet hits object B? c). What is the velocity vector of the bullet?

1 u 11:54 B 0 …..
10 73%
April 27 1153 wed | 428 werds
(1). The motions of two objects,
A and B, are defined by the
following vectorsS:
vector A = 6.0622i + 3.500j m/
vector B = 5.950oi - 10.3057j
m/s
unit vector of bullet = -j
Object A and B left at the same
time and at the same point.
Object A aims to hit object B
by firing a bullet in the
direction stated above after 20
seconds.
a). What should be the velocity
of the bullet so that it will hit
object B?
b). What is the distance between
object A and B the moment the
bullet hits object B?
c). What is the relocity vector
of the bullet?
Aa

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