A horizontal bar 2.281 m long with a mass of 84.55 kg is hinged to a wall. The bar is supported from its end by a cable attached to the wall that makes an angle of = 44.35° with respect to the bar. What is the tension in the cable?

A horizontal bar 2.281 m long with a mass of 84.55 kg is hinged to a wall. The bar is supported from its end by a cable attached to the wall that makes an angle of = 44.35° with respect to the bar. What is the tension in the cable?

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Q: A traffic light is supported by two cables as shown below. The tension in cable one is measured to…

A: Apply equilibrium condition : ∑FY=0m=mass of traffic lightg=acceleration due to gravity=9.81…

Q: Four inelastic cables are attached to plate and hold the 1.25-ft- long spring A 0.25 ft in…

A: Given Data -

Q: Determine the magnitude of the total force on one face of the area, in kN. * 2) Determine the…

A: From a given figure, it is required to Determine the magnitude of the total force on one face of…

Q: Find the collapse load for the truss shown in the figure. All three bars have the same plastic axial…

Q: X w 12M₂ VB 2.3 What is the value of the shear force at x = 2.5 m? w = 3 kN/m L = 4 m

A: Shear force is the algebraic sum of all the forces acting on either left or right side of the…

Q: The structure shown in figure below is hinged at A and C. Find the horizontal and vetical components…

A: To find reaction at A ,B,C

Q: The shear diagram for a beam is given below. 30 kN 47 25 kN -10 kN - 20 kN tismt2 m 2 m: 2.5 m -…

Q: Calculate the axial force acting in all the bars of the truss structure shown below. 60 kN 80 kN D 5…

Q: Q2. The 2.2-m-diameter pipe drains water from a reservoir, where the crown of the pipe is 3 m below…

A: Given: Diameter, d=2.2 m Area, A=πd24=π2.224=3.801 m2

Q: Problem #2 Two cables in ravine suspend a (36, 36) ft a motorcycle weighting 775 lb. (12, 32) ft 00…

Q: A rigid bar AD is hanged by two steel cables of diameter 0.065 in as shown in the figure. Find a)…

Q: 36 kN 94 kN•m A B 2 m 2 m 3 m 16 kN 20 kN

A: For given beam applying equilibrium conditions, the moment at point A:

Q: A cable is used to suspend a pipe over a river. The distance between the towers is 36 m and the…

A: The distance between the towers=36 m, The lowest point of the cable is 1.4 m below, The total mass…

Q: Two C9 x 20 channels, 8 m high are latticed together such that they have equal moment of inertia at…

A: Area(A)=3794 mm2, Moment of inertia in x-direction(Ix)=25.35×106 mm4 Moment of inertia in…

Q: Question # 3: The built-up beam is formed by welding together the thin plates of thickness 5 mm.…

A: Given data :- We use all units in meters Thin plate of thickness is 5 mm=0.005 m

Q: A uniform steel bar of length 10 m is supported at point A and B using two cables as shown in the…

Q: In the figure below, the 1300-kg uniform bar AB is suspended from two cables AC and BD each with a…

A: Given Data:Wt of bar AB=1300-kgcross sectional area = 410mm2Stress AC and BD are Limited to 110Mpa…

Q: 2/88 If the resultant of the forces shown passes through point A, determine the magnitude of the…

Concept explainers

Cables

Cables are collections of wires, alternatively referred to as a cord, connector, or plug. They are one or more wires covered in a plastic covering that allows for the transmission of power or data between devices. The earliest use of recognizable electrical cable was the early commercialized telegraph lines. These were iron-made and tedious to produce and install cabling.

Question

A horizontal bar 2.281 m long with a mass of 84.55 kg is hinged to a wall. The bar
is supported from its end by a cable attached to the wall that makes an angle of
= 44.35° with respect to the bar. What is the tension in the cable?

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1: given figure according to question

VIEW

Step 2: calculation of tension in cable use equilibrium equation

VIEW

Solution

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 3 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

Uniform concrete slab has a mass of 2400 kg. Determine the tension in each of the three parallel supporting cables when the slab is held in the horizontal plane as shown. Tc 15 kN X0.5 m 2 m 2m Im 1m
8. a pipeline crossing a river is suspended from a steel cable stretched between the posts 100m apart. The weight of pipe is 14 kg/m while the cable weighs 1 kg/m assumed to be uniformly distributed horizontally. The allowed sag is 2m. Find the tension of the cable at the post
A small suspension bridge for a walkway spans 150.9876 m between supports on the same level. Each of the two cables carries a uniform load of 28.1234 Kg/meter of horizontal walkway. If the maximum tension on the cable is found to be 20.4321 KN, compute the tension To = ___________________KN at mid-span, the sag h =______________meters and the angle θ= _________________degrees made by the cable with the horizontal at the supports.
Q1: The homogeneous bar ABCD shown in Fig. 1 is supported by a cable that runs from A to B around the smooth peg at E, a vertical cable at C, and a smooth inclined surface at D. Determine the mass of the heaviest bar that can be supported if the stress in each cable is limited to 120 MPa. The area of the cable AB is 300 mm? and that of the cable at C is 400 mm?. 30° 2 m B 2 m 2 m 50°
The cable shown in the figure, supports a girder which weighs 40 kN/m. Determine the tension in the cable at points A, B and C. [B is the lowest point] 80 m 16 m 40 kN/m 8 m
QI: The homogeneous bar ABCD shown in Fig. I is supported by a cable that runs from A to B around the smooth peg at E, a vertical cable at C, and a smooth inclined surface at D. Determine the mass of the heaviest bar that can be supported if the stress in each cable is limited to 120 MPa. The area of the cable AB is 300 mm and that of the cable at C is 400 mm. A 30° 2 m B 2 m C 2 m 50°
Problem 3 A homogeneous 80O0kg bar AB is supported at its ends by two cables as shown. Bronze L= 4 m Steel L= 3 m A 10 m B 1. If the axial stress of the steel cable is not to exceed 110 MPa, what is its smallest area in mm2 ? 2. What is the Axial Force carried by the bronze cable? Problem 4 A hollow steel tube with an outside diameter of 150mm must carry a tensile load of 300KN. Determine the inside diameter of the tube if the stress is limited to 130MN/m².
Six steel cables support a circular moulding of diameter 2 m. The cables are spaced equally along the perimeter of the moulding. The moulding weighs 2.50kN/m. Determine the following: Tension in each cable.
A 2.0 meter long, 5.0 kg pole extends outward, perpendicular to a wall. The pole is attached to the wall with a bracket. A cable supports the pole and is attached 0.5 meters from the end of the pole and makes an angle of 30 degrees with the pole. The other end of the cable is attached to the wall above the bracket. Finally, a 3.0 kg sign is hanging from the end of the pole. Determine the tension in the cable and the magnitude and direction of the force the bracket exerts on the attached end of the pole. 30°
Find the collapse load for the truss shown in the figure. All three bars have the same plastic axial strength 125 kN. 5.40m 9.60m D C 7.20m P A
Q2: Calculate maximum tensile and compressive stresses and draw bending stresses along the depth of following beam. 5 KN/m 250 mm 50 mm 50 mm 2 m 2 m 250 mm 300 mm Cross section of the beam
The Cable and the boom Shown in the fig support a load of 600 Ib. The Compressive for the boom and the tensile are equal 60° 45° с T= 439.23 lb ..... C= 537.94 lb T= 537.94 lb......C= 439.23 lb Not one of them Goolb 75°