A vector equation can be written as A +>B + C-> D = E + F. The directions of all vectors and magni- tudes of A, B, C, and E are shown in Figure P3.59. Graphically (using either manual drawing techniques or CAD) determine the magnitudes of vectors D and F.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Solve graphically
[II]
D
3-59. A vector equation can be written as A +>B + C->
E + F. The directions of all vectors and magni-
tudes of A, B, C, and E are shown in Figure P3.59.
Graphically (using either manual drawing techniques
or CAD) determine the magnitudes of vectors D and F.
pe
70°
B = 100
Scale:
0
A = 125
30°
C = 50
50
45°
D
F
-130°
FIGURE P3.59 Problems 59 and 62.
60°
E=75
CALLY, upload a SolidWorks sketch with the magnitudes of vectors D & F shown.
53-59 <last name>
Transcribed Image Text:[II] D 3-59. A vector equation can be written as A +>B + C-> E + F. The directions of all vectors and magni- tudes of A, B, C, and E are shown in Figure P3.59. Graphically (using either manual drawing techniques or CAD) determine the magnitudes of vectors D and F. pe 70° B = 100 Scale: 0 A = 125 30° C = 50 50 45° D F -130° FIGURE P3.59 Problems 59 and 62. 60° E=75 CALLY, upload a SolidWorks sketch with the magnitudes of vectors D & F shown. 53-59 <last name>
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