A 4-ft wide, 8-ft-long rectangular gate weighing 800 Ib is held in place by a horizontal flexible cable as shown below. Water acts against the gate, which is hinged at the bottom. Determine the tension in the cable. cable 0 = 45° water gate 6 ft hinge 8 ft

Q: ■. Determine the resultant internal loadings on the cross section al point D.

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Q: The cross section of a beam made to carry vertical transverse loads is shown. Which pair of elements…

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Q: Determine the height and the following reactions of the cable

A: Given: To find: The height and the support reactions of the cable

Q: A B 8 ft C 500 Ib/ft 15 ft- 15 ft-

A: It is required to find the maximum and minimum tension developed in the cable subjected to uniformly…

Q: IF ЕАCH CABLE MAXIMUM TENSILE STRESS OF 210 MPa CAN SUSTAIN A BEFORE IT FAILS, GREATEST MASS OF THE…

A: We have to determine the greatest mass of the box the cable will support as in the position shown in…

Q: 7m 2 m 4 m B 2 kN 5 m ур C q 4 kN -3 m-

A: Concept: We will use method of joints to solve the problem.

Q: Determine the tension in the cable and the magnitude and direction of the reaction at support B for…

A: It is given that : To Determine ; Tension in cable ? Magnitude of reaction at B? Direction of…

Q: Determine the stress in Cable E for the beam arrangement shown. The diameter of Cable E is 20 mm.…

A: Determine the stress in Cable E for the beam arrangement shown.

Q: Calculate the working stress on the 1/2-inch diameter cable as shown on the figure below. The bar…

A: The values and figure(diagram) given in the question are as follows Diameter of cable(d)=0.5 in…

Q: Determine the stress of 5-mm radius cable CD that supports the bar AB at 150-kilograms and a 2,000…

A: Given data, Weight of bar AB = 150 kg Force = 2 kN Diameter d = 5 mm   The FBD of the beam is shown…

Q: Figure 1 16KN 12 kN 2.00 m A 0.50m 2.00 m 2.00m .00m Referring to Figure 1, the tied three-hinged…

A: To Find :- vertical reaction at A

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

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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: Determine the magnitude (N) of the force in cable AB. Determine the magnitude (N) of the force in…

A:

Q: As shown below, the cable AE supports three vertical loads from the points indicated. Determine the…

A: The cable is the flexible member which mainly resist the tension force and not the compression…

Q: Determine the maximum and minimum tension in the cable shown below if the uniformly distributed…

A: Tension, T, is the pulling force that acts along with a stretched flexible connection, such as a…

Q: Determine the maximum and minimum tension in the cable.

A: Beam with both the end fixed with a universal load of 16KN/m over the span of 20m.

Q: 3. The uniform 300-lb bar АВ carries а 500-1b vertical force at A. The bar 4 ft is supported by a…

A:

Q: Determine the tension in each cable for equilibrium.

A: Cordinates of the points as follows:

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

A:

Q: Question 2 Sketch the cable profiles required to balance the loads shown below (a) (b) (d) ↑ ↓ ↑ ↑ ↑

A: Four different cases and loading pattern has been given in the above figures. We have to draw the…

Q: d. d/2 d/2 0.2 m 30 2 m M cable c 2 m 0.2 m- The gantry shown in the above diagram is made of two…

A: Cable tension=2.5 kN=2500 N Vertical member weight=200 kg Horizontal member weight=200 kg Length of…

Q: 4-3* Two ¹/4 -in.-diameter steel cables A and B are used to support a 220-lb traffic light as shown…

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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: E 30° C 42° 4 3

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Q: In the force system shown in Fig. 2.1, determine (a) The component of the force F acting along the…

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Q: Determine the tension at AC.

A: Given:- angle = 60 degreew=30kN To find:-Tension at AC

Q: Help me asap Two poles are 100m away from each other. The difference in elevation of the top of the…

A: Answers:  1) force in lower cable is 278 KN 2) force in higher pole is 338.52 KN  3) Horizontal…

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: A h 10 m BO

A: taking moment about ARD×13-80×10-100×2=0RD=76.92KNRA=103.07KN

Q: 3. Determine the coefficient of friction between the uniform 200N spool and the wall so that the…

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Q: Ex. Calculate tension in each segment of cable and vertical sag at B. hs B 3kN 8kN 2m

A: Given :

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

A:

Q: tank of water sits on a cart and discharges from a 10 mm diameter nozzle. Find the tension in the…

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Q: Determine the tension in the cable for the tied three-hinged arch subjected to the loading as shown…

A: To find tension in cable

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

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

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

Mechanics of Solids

It is the study of the behavior of solid materials, their characteristics under various circumstances such as variation in external forces, temperature, and other internal factors. It is one of most important study in the field of engineering science, especially chemistry and mechanical engineering. In rigid body, the idealization of the solid body in which deformation is neglected. Deformation is known as the force acting on the solid state system which exerts change in its shape of the body but it continues to be at rest or in a uniform motion but it cannot accelerate. But those solid systems do have elasticity, compressibility and can be bent. This field is very vast since there are wide range of materials around us.