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The beam in the figure is weightless. A movable weight of 350 lbm is to be attached as shown. The load Xis 1.200 lbf Determine the (Round the final answer to fout location x of the weight so that the vertical reactions at A and B are equal. gL = 32.1740 decimal places) 3.0 850 lbf 6.0 f W x lbf 6.0 M B

The beam in the figure is weightless. A movable weight of 350 lbm is to be attached as shown. The load Xis 1.200 lbf Determine the (Round the final answer to fout location x of the weight so that the vertical reactions at A and B are equal. gL = 32.1740 decimal places) 3.0 850 lbf 6.0 f W x lbf 6.0 M B

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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The beam in the figure is weightless. A movable weight of 350 lbm is to be attached as shown. The load Xis 1,200 lbf Determine the location x of the weight so that the vertical reactions at A and B are equal. gL = 32.1740 (Round the final answer to four decimal places.) 850 lbf -3.0- 6.0 ft W X lbf 6.0 ft O B
Transcribed Image Text:The beam in the figure is weightless. A movable weight of 350 lbm is to be attached as shown. The load Xis 1,200 lbf Determine the location x of the weight so that the vertical reactions at A and B are equal. gL = 32.1740 (Round the final answer to four decimal places.) 850 lbf -3.0- 6.0 ft W X lbf 6.0 ft O B
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