Determine the reaction components, cable sag at the60 k load, and the maximum tensile force in the cable.4 ft12 ft60 k80 kto12 ft20 ft20 ft

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Answered: Determine the reaction components,…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Figure 2 20k N 15k N В 2.00m 1.00m 2.00m 0.50m 2.00 m Referring to Figure 2, the tied three-hinged arch is subjected to the loading shown. Determine the tension in the cable. A horizontal cable is tied at A. A and B are hinges and C is rocker (means only one reaction which is vertical). Answer in whole number, no decimal, no sign, no unit. Coordinates system to draw the figure of cable problem. A – fixed support (0,0) В - free (2, 3.5) 250N Down С - free (4.5, yс) 500N Down Note: C is lower than B D- fixed support (6, 2) Find the tension in segment AB. Answer in whole number, no decimal, no sign, no unit.
A cable supports two vertical loads as shown in Fig. If the maximum tension in the cable is 2000 lb, de- termine c. The length L of the cable. -10 ft- - 15 ft 5 ft A Ув D B IC 300 lb 900 Ib
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weighs 30 N/m. The cable shown in Fig. If the sag h, in the cable is 200 m, determine The tension in the cable at its lowest point. -250 m 120 m B.
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A cable supports two vertical loads as shown in Fig. If the maximum tension in the cable is 1000 Ib, de- termine The vertical distances ys and yc. 15 ft 15 ft 15 ft A 7.5 ft D IC 500 lb 200 lb
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a water supply crossing a wide river is to be supported by a flexible wire cable with an allowable tensile of 20000kg. the pipe weight 50 kg per meter and has a total length of 60m. a. determine the minimum sag of the cable b. determine the tension the lowest point of the cable. c. if the sag is to be 2m. what is the tension at the support?

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Determine the reaction components, cable sag at the 60 k load, and the maximum tensile force in the cable. 4 ft y 12 ft 60 k 80 k 12 ft - 20 ft 20 ft