WxBVBAt the instant shown the ring sits in the x-z plane and is rotating upward with an angular velocity ofradand an angular deceleration of a = 6rad-. At the same time, a collar is traveling arounds2Wz = 14the ring at a constant velocity of v = 13inmeasured relative to the ring. The radius of the ring is r = 5in and 0 = 32°a. Find the absolute acceleration of point B as a cartesian vector.ink)aß =s2N

Answered: Image /qna-images/answer/1ff30773-46e8-4ffb-93e9-51ad863f92e7.jpg

Wx X VB y At the instant shown the ring sits in the x-z plane and is rotating upward with an angular velocity of тad and an angular deceleration of az = 6 гad -. At the same time, a collar is traveling around WI = 14 82 the ring at a constant velocity of v = 13 in measured relative to the ring. The radius of the ring is r = 5 in and 0 = 32° a. Find the absolute acceleration of point B as a cartesian vector. in i + k)

Wx X VB y At the instant shown the ring sits in the x-z plane and is rotating upward with an angular velocity of тad and an angular deceleration of az = 6 гad -. At the same time, a collar is traveling around WI = 14 82 the ring at a constant velocity of v = 13 in measured relative to the ring. The radius of the ring is r = 5 in and 0 = 32° a. Find the absolute acceleration of point B as a cartesian vector. in i + k)

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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Question

Wx
B
VB
At the instant shown the ring sits in the x-z plane and is rotating upward with an angular velocity of
rad
and an angular deceleration of a = 6
rad
-. At the same time, a collar is traveling around
s2
Wz = 14
the ring at a constant velocity of v = 13
in
measured relative to the ring. The radius of the ring is r = 5
in and 0 = 32°
a. Find the absolute acceleration of point B as a cartesian vector.
in
k)
aß =
s2
N

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