Find the tension force in each cable. 35 本 B. 25 45 Oss 550 kg.

Q: Question2 A uniform steel ring 60 in. in diameter and weighing 600 lb is lifted by the three cables,…

A: Diameter of steel ring = 60 inWeight of ring = 600 lbLength of each cable = 50 inTo find:-Tension in…

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Q: The uniform rod AB has a mass of 40 kg. Determine the force in the cable when the rod is in the…

A: Draw the following free body diagram : Here, T is the force in cable, NA is the normal force at A,…

Q: PROBLEM The cable segments support the loading shown. Determine a. the force in AB b. tension force…

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Q: Result II. Construct the bending moment diagram of the following structure. Reviewer 8kN 6kN/m A 2m…

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Q: The tongs are used to grip the ends of the drillingpipe P. If a torque (moment) of MP = 800 lb ⋅ ft…

A: Given: The moment of MP = 800 lb-ft. The angle θ = 30°. Consider the figure.

Q: Problem 4.6 -Plate ABCD is supported by cable CE and a pin support at point A. Find a) the tension…

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Q: Two cables are tied together at C and are loaded as shown. Knowing that P = 281 N and R = 175,…

A: To find tension in cable AC

Q: ring at B. Khowing tens: le is 385 N, determine the components of the force e cable on the support…

A: According to given data in the figure below

Q: Steel cable Q2/ Find the displacement of point B. E, = 200GPa A, = 400mm2 L = 3m Answer B 45 30 8R =…

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Q: Cable W=8ON smooth R 140

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Q: Q.4) Rod AB is in the x-y plane and supported by two cables as shown. The tension in cable AC is 910…

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Q: P6.6. Compute the support reactions and the maximum tension in the cable in Figure P6.6.

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Q: SKNIM 15 KN- m TI 0.5m 1.5M A,

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Q: A ring B is held by cables AB, BC and BD (passing over a pulley). Weight applied at the end of cable…

A: Given- Weight W=500 N,Angles and FBD is shown in the figure. Value of tension T1 = ?

Q: The horizontal bar is supported by two cables AC, AB, and the ball-and-socket joint at O. Calculate…

A: Solution - Given, F=3867N

Q: 4. 3 in. 5 in- - 7 in. A light bar AD is suspended from a cable BE and supports a 50-lb block at C.…

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Q: Two cables are tied together at C and are loaded as shown. Knowing that P= 385 N and R= 481 N,…

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Q: Find force P and the force in each cable that keep the whole system in equilibrium.

A: tanθ1=23=33.82°tanθ2=14=14.03°tanθ3=13=18.26°                        FBD-01

Q: 2) A drawbridge has mass M and length L and is approximately uniform. It has a hinge at the right…

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Q: THE CABLE ABCD IS HELD IN THE POSITION SHOWN BY THE HORIZONTAL FORCE P. DETERMINE P AND THE FORCE IN…

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Q: B 650 mm DA 500 mm 30°

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Q: Q.5) A sign is erected on uneven ground supported by cables EF and EG, where point D lies below the…

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Q: You are given the structure and loading below. The load wis 2.4 kips/ft. Find the value of downward…

A: E=29,000 Ksiw=2.4 Kips/ftIAB= 103 in4AAB=4.7 in2Diameter of BC =0.5 in To find: The magnitude of…

Q: 2) The cable AB carries a tension of 500 N. Determine the moment about O of this tension i applied…

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Q: in. 25 in. 30 in.

A: Draw free body diagram From right angle triangle θ=180-90-25θ=65o

Q: A sign of weight 3000 N is supported as shown by a ball and socket support at A and two cables BC…

A: As per guidelines we need to answer only first 3 subparts of question so please repost rest…

Q: Find the reaction at C and the force in cable BC. A 113 P 30° B

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Q: help me to find AB, BC, BD. TY!

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Q: 2m B 25 kN/m - 3m C

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Q: A 20lb collar C is moved from rest from the position A to the position B by cable CDE which passes…

A: Given- m= 20lb collar F=50lb

Q: Don't use chatgpt will upvote

A: Detailed explanation:Kindly mark it as HELPFULThanks!

Q: 1. Express each of the two forces F, & F, in cartesian vector form. 2. Determine the magnitude and…

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Q: O.S. 6.0m SH0.85 2.0m 1.0m 2.0m C₁ 4.50m scow W.S. 3.90m

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Q: Q.3) The L-frame in figure below supports forces from two cables. Cable "EAD" passes through a…

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Q: Solve for the force in segment CD in the cable system shown.

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Q: PRAW SHEAR & MOMENT DIAGRAM SHOW COMPLETE SOLUTION. A 3/2 + 2m D. B 4 4m 3 U OF BC. 2m 10 N/m

A: Given:Required:Shear and moment diagram of BC

Q: The cable is subjected to a 150-lb horizontal force at B, and an 80-lb vertical force at C.…

A: Show the free body diagram of the cable as in Figure (1).

Q: Determine the deformation of 1st cable.

A: Given: The modulus of elasticity of the cable is 200 GPa. The cross-sectional area of the cable is…

Q: Answer fast and draw diagram

A: Step 1: Position Vectors for Points A and BThe coordinates of point A are A(0,0,0).The coordinates…