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1. Using the figure below, a. Expressed in terms of i and j unit vectors, what is the vector result of VR + VA/R ? b. Expressed in terms of i and j unit vectors, what is the vector result of VR + VB/R c. What is the dot product of VR VA/R ? • d. What is the dot product of VR VB/R? ? VA/R VR X VB/R |VR |= 10 |VB/R| = 8 | VA/R |= 8

1. Using the figure below, a. Expressed in terms of i and j unit vectors, what is the vector result of VR + VA/R ? b. Expressed in terms of i and j unit vectors, what is the vector result of VR + VB/R c. What is the dot product of VR VA/R ? • d. What is the dot product of VR VB/R? ? VA/R VR X VB/R |VR |= 10 |VB/R| = 8 | VA/R |= 8

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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1. Using the figure below, a. Expressed in terms of i and j unit vectors, what is the vector result of VR + VA/R ? b. Expressed in terms of i and j unit vectors, what is the vector result of VR + VB/R c. What is the dot product of VR VA/R ? • d. What is the dot product of VR VB/R? ? VA/R VR X VB/R |VR |= 10 |VB/R| = 8 | VA/R |= 8
Transcribed Image Text:1. Using the figure below, a. Expressed in terms of i and j unit vectors, what is the vector result of VR + VA/R ? b. Expressed in terms of i and j unit vectors, what is the vector result of VR + VB/R c. What is the dot product of VR VA/R ? • d. What is the dot product of VR VB/R? ? VA/R VR X VB/R |VR |= 10 |VB/R| = 8 | VA/R |= 8
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