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2. In the figure shown below, o2 = 4 rad/s CCW (constant). Write the approproate vector equations, solve them using vector polygons, and (1) Determine vCa, VB4, and W3. (2) Determine aC3, aB4, and az. B 3 C A*A = 0.5 m AB = 0.8 m A*B*=1.0 m B*B = 0.8 m 90° 4 %3D 2 A AC =0.38 m 30° B*

2. In the figure shown below, o2 = 4 rad/s CCW (constant). Write the approproate vector equations, solve them using vector polygons, and (1) Determine vCa, VB4, and W3. (2) Determine aC3, aB4, and az. B 3 C A*A = 0.5 m AB = 0.8 m A*B*=1.0 m B*B = 0.8 m 90° 4 %3D 2 A AC =0.38 m 30° B*

Elements Of Electromagnetics
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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2. In the figure shown below, 02 =4 rad/s CCW (constant). Write the approproate vector equations, solve them using vector polygons, and (1) Determine V C3> and w3. V B4? (2) Determine ac3, AB4? and az. 3 A*A = 0.5 m AB= 0.8 m A*B*= 1.0 m B*B = 0.8 m 90° 4 АС - 0.38 m 30° B*
Transcribed Image Text:2. In the figure shown below, 02 =4 rad/s CCW (constant). Write the approproate vector equations, solve them using vector polygons, and (1) Determine V C3> and w3. V B4? (2) Determine ac3, AB4? and az. 3 A*A = 0.5 m AB= 0.8 m A*B*= 1.0 m B*B = 0.8 m 90° 4 АС - 0.38 m 30° B*
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