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f= 250 p=270 x= 6 a= 55 A wooden beam is fixed at A. Four cables with forces "P" and "F" act on the beam as shown. a. Draw the free body diagram of the wooden beam. b. Determine the resultant force (FR) in Cartesian vector form. c. Determine the magnitude and direction angles 0,, 8, and 6, of the resultant force (FR). d. Determine the horizontal and vertical components of the reactions at A. e. Determine the Moment at A. 2 ft- B 2 ft F P 2 ft

f= 250 p=270 x= 6 a= 55 A wooden beam is fixed at A. Four cables with forces "P" and "F" act on the beam as shown. a. Draw the free body diagram of the wooden beam. b. Determine the resultant force (FR) in Cartesian vector form. c. Determine the magnitude and direction angles 0,, 8, and 6, of the resultant force (FR). d. Determine the horizontal and vertical components of the reactions at A. e. Determine the Moment at A. 2 ft- B 2 ft F P 2 ft

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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f= 250 p=270 x= 6 a= 55 A wooden beam is fixed at A. Four cables with forces "P" and "F" act on the beam as shown. a. Draw the free body diagram of the wooden beam. b. Determine the resultant force (FR) in Cartesian vector form. c. Determine the magnitude and direction angles 8,, 6y, and 0, of the resultant force (FR). d. Determine the horizontal and vertical components of the reactions at A. e. Determine the Moment at A. -2 ft- F Br 2 ft F P X 2 ft
Transcribed Image Text:f= 250 p=270 x= 6 a= 55 A wooden beam is fixed at A. Four cables with forces "P" and "F" act on the beam as shown. a. Draw the free body diagram of the wooden beam. b. Determine the resultant force (FR) in Cartesian vector form. c. Determine the magnitude and direction angles 8,, 6y, and 0, of the resultant force (FR). d. Determine the horizontal and vertical components of the reactions at A. e. Determine the Moment at A. -2 ft- F Br 2 ft F P X 2 ft
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