8-92 The left support of the cable shown in Fig. P8-92 is located 10 m below the right support. The lowest point on the cable is 13 m below the right support. If the maximum tension in the cable resulting from a uniformly distributed load w along the horizontal is 400 kN, determine The length of the cable. 13 m 100 m

Q: 8-92 The left support of the cable shown in Fig. P8-92 is located 10 m below the right supPport. The…

A: Following is the given data: Consider the following free body diagram of the cable to the right…

Q: 6-3: Find sag he and the reactions at the supports if hg = 3'. 6-4: Find sag he and the reactions at…

A: "Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: 8-92 The left support of the cable shown in Fig. P8-92 is located 10 m below the right support. The…

A: Let 'x' be the horizontal distance between right upper support B and the lowest point of cable.…

Q: Q.11 A cable is suspended through simple support at the same level. The equivalent weight on the…

A: Given,  Cable is suspended through simple support at the same level. Equivalent weight=10kN/m…

Q: Q.23 The equivalent uniform distributed load acting on the suspended cable with three hinged…

A: Solution are given in next step.

Q: 0.8 Figure below is of force polygon of a loaded suspend cable. op, oq, or and os represent the…

A: Given, Force polygon of suspended cable. We need to find the value of T1.

Q: t is known that the cable is only capable of receiving axial tensile forces Determine the value of…

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Q: f the weight of the crate is 2021 Newtons, calculate the tension in Cable A in Newtons Cable B in…

A: To find tension in cable A and B

Q: Compute the maximum loading (kN) in the cable. E 1.5 m C 1 m 4 kN -5 m -4 m -4 m

A: To find maximum loading in cable

Q: P1: The bracket BCD is pinned at C and attached to a cable at B. For the loading shown, (a)…

A: The following figure shows the Free Body Diagram of the bracket BCD.

Q: 3.121 A movable bracket is held at rest by a cable attached at C and by frictionless rollers at A…

A: Given : To Find : A) the tension in cable ? B) reaction at A and B ?

Q: Determine the tension in each cable for equilibrium.

A: Cordinates of the points as follows:

Q: The cable AB supports a uniformly distributed load of 12lb/ft. Determine the maximum force in the…

A: The slope of the cable is higher at point B. Therefore, the maximum tension in the cable occurs at…

Q: Question 3 The cable BC exerts a 1600 lb force F on the hook at B. Determine rAB X F. 6 ft FAR 12…

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Q: The 15m long cabble supports the load W1 and W2 as shown. Find the ratio W1/W2 for which the segment…

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Q: -100 ft- B The cable in Fig. 5-5a supports a girder which weighs 850 lb/ft Determine the tension in…

A: Given that :

Q: 1. Determine the maximum tension in the cable and the sag at the 40-kip and 30-kip loads.

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Q: The cable AB carries a uniformly varying load. It is connected to a wall at A and is held in…

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Q: If the tension in the cable is 3 kN. Determine the moment about A and also about the beam AB.

A: ##Determination of moment about A and moment about AB###

Q: A cable is supported between two points 30 m horizontally apart. The left support is 3 m above the…

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Q: The maximum tension occurring in a suspended cable is 5 kN and horizontal tension is 4 kN. The…

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Q: In raising the 52-m pole from the position shown, the tension Tin the cable must supply a moment…

A: This question is related to the Engineering Mechanics from Civil Engineering.

Q: Q2.) The cable supports a uniform load of 1000 N/m below points C and D. The cable is supported by a…

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Q: 7.93 Three loads are suspended as shown from the cable ABCDE. Knowing that de 4 m, determine (a) the…

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Q: The homogeneous bar ABCD shown in Fig. P-114 is supported by a cable that runs from A to B around…

A:

Q: The cable AB carries a uniformly varying load. It is connected to a wall at A and is held in…

A:

Q: In fig 6.81 The cable ABCD is held in the position shown by the horizontal force P.Determine P, h,…

A: Sketch the free body of the system.

Q: Compute the maximum loading (kN) in the cable.

A:

Q: Determine the tension in each segment of the cable shown.

A: The free body diagram of the cable is given below.

Q: A 130-lb wrecking ball B is attached to a 45-ft-long steel cable AB and swings in the vertical arc…

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Q: 30 2 m B 2 m с 2m 50 Figure P-114

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Q: 5-43. The boom is intended to support two vertical loads, F₁ and F₂. If the cable CB can sustain a…

A: Max.. load sustained by cable CB = 1500 N If F1 = 2F2 What is the magnitude of max. reaction at pin…

Q: segne AB, 15'm 4 kN 4 kN 15 kN -5 m-8 m- 3 m 2 m'

A:

Q: 2-19. The load P applied to the pin-con- nected frame shown stretches cable CD 2.5 mm. The area of…

A: Delta L = 2.5 mm  Lcd= 2m = 2000 mm  A = 150 mm2  E = 210000 MN/m2     = 210000 N/mm2