Calculate the magnitude and direction of the resultant and equilibrant vector. If F1= 250.0N, East F2= 175.0N, South F3=75.0N, West Scale for Graphical method' 1cm= 50 N 1.RA;Magnitude of the resultant vector? 2. RG;Magnitude of the equilibrant vector? 3. [THETA RA]Direction of the resultant vector? 4.[THETA EA] Direction of the equilibrant vector? 5. percent difference of the resultant angle?
Calculate the magnitude and direction of the resultant and equilibrant vector. If F1= 250.0N, East F2= 175.0N, South F3=75.0N, West Scale for Graphical method' 1cm= 50 N 1.RA;Magnitude of the resultant vector? 2. RG;Magnitude of the equilibrant vector? 3. [THETA RA]Direction of the resultant vector? 4.[THETA EA] Direction of the equilibrant vector? 5. percent difference of the resultant angle?
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![Calculate the magnitude and direction of the resultant and equilibrant vector. If
F1= 250.0N, East
F2= 175.0N, South
F3=75.0N, West
Scale for Graphical method'
1cm= 50 N
1.RA;Magnitude of the resultant vector?
2. RG;Magnitude of the equilibrant vector?
3. [THETA RA]Direction of the resultant vector?
4.[THETA EA] Direction of the equilibrant vector?
5. percent difference of the resultant angle?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fafd6b2d2-0f2a-4ea4-9290-45de32bc62ee%2Fc53faacc-5d01-4af4-b086-5f99c37fd5b6%2Fzl64s66_processed.png&w=3840&q=75)
Transcribed Image Text:Calculate the magnitude and direction of the resultant and equilibrant vector. If
F1= 250.0N, East
F2= 175.0N, South
F3=75.0N, West
Scale for Graphical method'
1cm= 50 N
1.RA;Magnitude of the resultant vector?
2. RG;Magnitude of the equilibrant vector?
3. [THETA RA]Direction of the resultant vector?
4.[THETA EA] Direction of the equilibrant vector?
5. percent difference of the resultant angle?
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