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4. The figure below shows two concurrent force vectors of magnitudes 400 lb and 600 lb. a. Express each force as a Cartesian force vector. b. Compute the direction cosine angles of each force vector (three angles per vect in degrees. c. Find the resultant force expressed as a Cartesian force vector. d. Compute the magnitude and the direction cosine angles of the resultant force vec you found in the previous part.

4. The figure below shows two concurrent force vectors of magnitudes 400 lb and 600 lb. a. Express each force as a Cartesian force vector. b. Compute the direction cosine angles of each force vector (three angles per vect in degrees. c. Find the resultant force expressed as a Cartesian force vector. d. Compute the magnitude and the direction cosine angles of the resultant force vec you found in the previous part.

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
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4. The figure below shows two concurrent force vectors of magnitudes 400 lb and 600 lb. a. Express each force as a Cartesian force vector. b. Compute the direction cosine angles of each force vector (three angles per vector) in degrees. c. Find the resultant force expressed as a Cartesian force vector. d. Compute the magnitude and the direction cosine angles of the resultant force vector you found in the previous part. 400 lb 40⁰ 43°- Y 600 lb 33° 35° X
Transcribed Image Text:4. The figure below shows two concurrent force vectors of magnitudes 400 lb and 600 lb. a. Express each force as a Cartesian force vector. b. Compute the direction cosine angles of each force vector (three angles per vector) in degrees. c. Find the resultant force expressed as a Cartesian force vector. d. Compute the magnitude and the direction cosine angles of the resultant force vector you found in the previous part. 400 lb 40⁰ 43°- Y 600 lb 33° 35° X
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