For the cable support structure shown below, determine the weight W required if the maximum tensile force in cable AB cannot exceed 2,000 lb. Also, determine the forces in column BE, and cables BC and CD. 5 AB = 2,000 lb with slope 12 3 BC with slope CD at 45° below x-axis with slope –1 D B a =45° 12 3 5 4 A Cables Beams or slabs Columns w F E Required:

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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For the cable support structure shown below, determine the
weight W required if the maximum tensile force in cable AB
cannot exceed 2,000 lb. Also, determine the forces in column
BE, and cables BC and CD.
AB = 2,000 lb with slope
12
3
BC with slope
CD at 45° below x-axis with slope -1
В
a =45°
12
3
4
A
Cables
Beams or slabs
Columns
F
E
Required:
Forces
W = ?
BC = ?
BE = ?
CD = ?
Transcribed Image Text:For the cable support structure shown below, determine the weight W required if the maximum tensile force in cable AB cannot exceed 2,000 lb. Also, determine the forces in column BE, and cables BC and CD. AB = 2,000 lb with slope 12 3 BC with slope CD at 45° below x-axis with slope -1 В a =45° 12 3 4 A Cables Beams or slabs Columns F E Required: Forces W = ? BC = ? BE = ? CD = ?
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