B) Two voltage vectors Va and Vb combine to form a resultant vector Vr. Va = 110V Vb = 230 V Vb is at an angle of 45 degrees from the horizontal. Apply the cosine rule to determine the length of Vr and the angle between Va and Vr. Vr A Vb Va
B) Two voltage vectors Va and Vb combine to form a resultant vector Vr. Va = 110V Vb = 230 V Vb is at an angle of 45 degrees from the horizontal. Apply the cosine rule to determine the length of Vr and the angle between Va and Vr. Vr A Vb Va
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
Transcribed Image Text:B)
Two voltage vectors Va and Vb combine to form a
resultant vector Vr.
Va = 110V
Vb = 230 V
Vb is at an angle of 45 degrees from the horizontal.
Apply the cosine rule to determine the length of Vr and
the angle between Va and Vr.
Your Answer:
Vr
Va
Vb
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