Select from the list below the equation that represents the application ofag = a4 +a x TB/A - w°TB/A-%3DB2 rad/s2m30°A2 m/s?- Gaj = 2i+ (ak) x (-(2m) cos 30°i + (2m) sin 30*j) – (2 (-(2m) cos 30° i + (2m) sin 30°j)-asj = 2i+ (ak) x ((2m) cos 30*i – (2m) sin 30°j) – (2 (2m) cos 30°i - (2m) sin 30° j)-esj = 2+ (ak) x (2m) cos 30* i + (2m) sin 30* ) – (2 (2m) cos 30*i - (2m) sin 30°j)-agj = 2i+ (-ak) x (2m) cos 30*i+ (2m) sin 30* j) – (2) (2m) cos 30*i - (2m) sin 30°*j)rad2rad(b)(c)(d)

The link A moves in positive X-direction so the linear acceleration of is - aA→=2ms2i^ As A moves…

Answered: Select from the list below the equation…

Select from the list below the equation that represents the application of ag = aa +a x Tg/A - W°TB/A- B 2 rad/s 2m 30° A 77777 2 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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Question

Select from the list below the equation that represents the application of
ag = a4 +a x TB/A - w°TB/A-
%3D
B
2 rad/s
2m
30°
A
2 m/s?
- Gaj = 2i+ (ak) x (-(2m) cos 30°i + (2m) sin 30*j) – (2 (-(2m) cos 30° i + (2m) sin 30°j)
-asj = 2i+ (ak) x ((2m) cos 30*i – (2m) sin 30°j) – (2 (2m) cos 30°i - (2m) sin 30° j)
-esj = 2+ (ak) x (2m) cos 30* i + (2m) sin 30* ) – (2 (2m) cos 30*i - (2m) sin 30°j)
-agj = 2i+ (-ak) x (2m) cos 30*i+ (2m) sin 30* j) – (2) (2m) cos 30*i - (2m) sin 30°*j)
rad2
rad
(b)
(c)
(d)

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