y Vtot = 6.72 m/s V tot 23.0% 26.5° 22.5° VA Vtot = VA + VB VB X

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Use graphical methods to solve these problems. You may assume data taken from graphs is accurate to three digits. A.Find the magnitudes of velocities VA and VB in Figure 23. B. Find the components of vtot along the x– and y-axes in Figure 23. C. Find the components of Vtot along a set of perpendicular axes rotated 30º counterclockwise relative to those in Figure 23.
y A
Vtot = 6.72 m/s
V tot
23.0%
26.5°
22.5°
VA
Vtot = VA + VB
VB
X
Figure 23. The two
velocities V and VB add to give
a total V tot
Transcribed Image Text:y A Vtot = 6.72 m/s V tot 23.0% 26.5° 22.5° VA Vtot = VA + VB VB X Figure 23. The two velocities V and VB add to give a total V tot
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