In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 5 KN/m. Fill-up the table belowforthe required data. Given the following materials specification, fy (cable) = 415 MPa, f.'(concrte) = 24 MPa, Yconcrete = 23.5 KN/m³. Determine the Maximum Tension in The Cable = KN. (15 points) Given the capacity of the cable, determine it's diameter= _mm(5 points) For the square post at B , what will be it's theoretical dimensions, x = What will be the total Volume of the concrete at A to serve as dead man's load = _mm(10 pts) m3 10 meters 25.00 meters 15.00 meters 30.00 meter L= 350.00 meters

In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 5 KN/m. Fill-up the table belowforthe required data. Given the following materials specification, fy (cable) = 415 MPa, f.'(concrte) = 24 MPa, Yconcrete = 23.5 KN/m³. Determine the Maximum Tension in The Cable = KN. (15 points) Given the capacity of the cable, determine it's diameter= _mm(5 points) For the square post at B , what will be it's theoretical dimensions, x = What will be the total Volume of the concrete at A to serve as dead man's load = _mm(10 pts) m3 10 meters 25.00 meters 15.00 meters 30.00 meter L= 350.00 meters

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

Please fast answer
Please show its detailed solution, explanation, FBD, and units. Thank you!
Provide FBD and detailed solutions. NEED ASAP. THANKS
The wooden tree trunk is immersed in water and is anchored to the bottom with a cable.Determine the following: (a) Tensile force in the cable; (b) Specific weight of wood
wo cables BC & BD are pull out the ship as shown in Fig. (6), if the diameter of each cable is 50 mm, determine the normal stress in each cable? Fig. (6) 50 KN
Read the question carefully and give me right solution with clear hand writing.
Make a good quality solution
Situation 1: A 40-mm diameter post is being supported by two cables on each side. With a tumbuckle attached to each cable, it is tightened until each cable reaches a stress of 50 MPa. turnbuckle A What is the stress experienced by the post? (MPa) 60 60
Problem Number 3: Determine the maximum horizontal uniform load, w KN/m can the cable safely carry if the cable diameter is 105.5555 mm and has a strength of 500 MPa. What should be the estimated volume of the concrete at A (VA- m')if the unit weight of concrete is Yconcrete = 23.4987 KN/m². μ=0.3658, B= 35.8972° ↓ ✓ TA Details at B 60 m 120.00 m 15 m 20 m 30 m
Design the shear reinforcement of the beam loaded as shown using USD with fc’ = 20.7 MPa and fy = 276 MPa, fs = (fy/2)
wo cables BC & BD are pull out the ship as shown in Fig. (6), if the diameter of each cable is 50 mm, determine the normal stress in each cable? Fig. (6) 50 KN
In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 5 KN/m. Fill-up the table belowforthe required data. Given the f-llowing materials specification, fy (cable) = 415 MPa, f.'(concrte) = 24 MPa, Yconcrete = 23.5 KN/m³. Determine the Maximum Tension in The Cable = KN. Given the capacity of the cable, determine it's diameter= mm For the square post at B , what will be it's theoretical dimensions, x = What will be the total Volume of the concrete at A to serve as dead man's load = mm m3 10 meters 25.00 meters 15.00 meters 30.00 meter L= 350.00 meters