= a. A box is suspended by 3 cables as shown. Cable A has the angles 32°, and e=16°, and What is the unit vector of cable A? b. Cable B is entirely along the y-axis. What is the unit vector of cable B? c. Cable C has the coordinate angles a 100°, B-88, and y= 16. What is the unit vector of cable C? d. If the weight of the box, W-7678 lb, what is the weight vector in cartesian form? List all forces (each cable and weight) below, then set up equilibrium equations. e. What is the tension in cable A? f. What is the tension in cable C? g. What is the tension in cable B?
= a. A box is suspended by 3 cables as shown. Cable A has the angles 32°, and e=16°, and What is the unit vector of cable A? b. Cable B is entirely along the y-axis. What is the unit vector of cable B? c. Cable C has the coordinate angles a 100°, B-88, and y= 16. What is the unit vector of cable C? d. If the weight of the box, W-7678 lb, what is the weight vector in cartesian form? List all forces (each cable and weight) below, then set up equilibrium equations. e. What is the tension in cable A? f. What is the tension in cable C? g. What is the tension in cable B?
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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Transcribed Image Text:=
a. A box is suspended by 3 cables as shown. Cable A has the angles 32°, and e=16°, and What
is the unit vector of cable A?
b. Cable B is entirely along the y-axis. What is the unit vector of cable B?
c. Cable C has the coordinate angles a 100°, B-88, and y= 16. What is the unit vector of
cable C?
d. If the weight of the box, W-7678 lb, what is the weight vector in cartesian form?

Transcribed Image Text:List all forces (each cable and weight) below, then set up equilibrium equations.
e. What is the tension in cable A?
f. What is the tension in cable C?
g. What is the tension in cable B?
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