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The guy cables DA, DB and DC are connected to the top of the transmission tower with a height of 24 m. The magnitudes of the tension forces along the cables are 400 N, 900 N. and 500 N respectively. 16 m 18 m 500N, 400N 24 m 10 m. 1) Determine the Cartesian position vectors pa 2) Determine the Cartesian force vector FDB 3) Determine the magnitude of the resultant force R. 900N A 8 mm

The guy cables DA, DB and DC are connected to the top of the transmission tower with a height of 24 m. The magnitudes of the tension forces along the cables are 400 N, 900 N. and 500 N respectively. 16 m 18 m 500N, 400N 24 m 10 m. 1) Determine the Cartesian position vectors pa 2) Determine the Cartesian force vector FDB 3) Determine the magnitude of the resultant force R. 900N A 8 mm

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The guy cables DA, DB and DC are connected to the top of the transmission tower with a height of 24 m. The magnitudes of the tension forces along the cables are 400 N, 900 N. and 500 N respectively. 16 m2 18 m 500N 400N 24 m 10 m. 1) Determine the Cartesian position vectors DA 2) Determine the Cartesian force vector FDB 3) Determine the magnitude of the resultant force R. 900N 6 m 8 m
Transcribed Image Text:The guy cables DA, DB and DC are connected to the top of the transmission tower with a height of 24 m. The magnitudes of the tension forces along the cables are 400 N, 900 N. and 500 N respectively. 16 m2 18 m 500N 400N 24 m 10 m. 1) Determine the Cartesian position vectors DA 2) Determine the Cartesian force vector FDB 3) Determine the magnitude of the resultant force R. 900N 6 m 8 m
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