3 decimalsFill-up the table below for the required data. In the given flexible cable set-up carrying a uniformly distributed load spreadhorizontally has a magnitude of 7.5 KN/m. Fill-up the table belowforthe required data. Given the followingmaterials specification, fy (cable) = 415 MPa, f¿'(concrte) = 24 MPa, Yconcrete = 23.5 KN/m³.• Determine the Maximum Tension in The Cable =• Given the capacity of the cable, determineit's diameter=• 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 =.KN._mmmmB10 reters30.00 meters20.00 meters40.00 meterL=500 meters

Given L=350 m, w=5kn/m First we to find out VA AND VB VA=wl1 & VB=wl2h1=25mh2=15m

Answered: decimals Fill-up the table below for…

Engineering

Civil Engineering

decimals Fill-up the table below for the required data.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 7.5 KN/m. Fill-up the table belowfor the required data. Given the following materials specification, fy (cable = 415 MPa, f.'(concrte) = 24 MPa, Yconcrete = 23.5 KN/m². • Determine the Maximum Tension in The Cable = • Given the capacity of the cable, determineit's diameter=. • For the square post at B, what will be it's theoretical dimensions, x = KN. ( mm mm(: What will be the total Volume of the concrete at A to serve as dead man's load = m3 10preters 30.00 meters 20.00 meters 40.00 meter L=500 meters
Problem Number 2: In the given flexible cable set-up carryinga uniformly distributed load spread horizontally has a magnitude of 5 KN/m. Fill-up the table belowfor the required data. Given the following materials specification, fy (cable) = 415 MPa, f.'(concrte) = 24 MPa, Yconerete = 23.5 KN/m³. • Determine the Maximum Tensionin The Cable = • Given the capacity of the cable, determine it's diameter= • 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 = KN. mm mm _m3 10 pmeters A 25.00 meters 15.00 meters 30.00 meter L= 350.00 meters
Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 6.5 KN/m. Fill-up the table below for the required data. Given the following materials specification, fy (cable) = 415 MPa, fe' (concr'te) = 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 A, what will be it's theoretical dimensions, x = _mm(10 pts) _m³ What will be the total volume of the concrete at B to serve as dead man's load = (5 points) Y= 15 meters Y₁ = 40.00 meters B X= 45.00 meter D L = 450.00 meters Detalls at A B42619 Y₂= 25.00 meters H=0.425 T₂=TA (
Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 7.5 KN/m. Fill-up the table belowforthe required data. Given the following materials specification, fy (cable) = 415 MPa, f.'(concr'te) 24 MPa, Yconcrete = 23.5 KN/m³. %D Determine the Maximum Tension in The Cable = Given the capacity of the cable, determineit's diameter=. 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 = KN. mm mm m3 %3D B 10 meters A 30.00 meters 20.00 meters 40.00 meter L=500 meters
Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 5.5 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 = _ • Given the capacity of the cable, determineit's diameter= • 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 = KN. _mm _mm m3 B 10 reters 25.00 meters 15.00 meters 20.00 meter L= 275.00 meters
- Adobe Reader Vindow Help Comm 125% PROBLEM 1.Thestructure shown is held in equilibrium by a cable and fixed support at A. Calculate the components of the support reaction at Aif the tension in the cable is 150 kN. C 2.25 m SUMMARY OF ANSWERS Ax 3.75 m Ay 20 kN 20 kN 20 kN 20 kN MA 1.8 m'18 m 1.8 m'18 m A 4.5 m
Problem Number2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 5.5 KN/m. Fill-up the table belowforthe required data. Given the following materials specification, fy (cable) = 415 MPa, f.' (concr'te) = 24 MPa, Yconcrete = 23.5 KN/m³. Determine the Maximum Tension in The Cable = Given the capacity of the cable, determineit's diameter=, 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 = KN. _mm( mm _m3 %3D B 10 meters 25.00 meters 15.00 meters 20.00 meter L= 275.00 meters
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2 ft 1.5 ft 5 ft A B FIG. P1.10
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
Fundamental Problem 3.11 The 165-1b crate is supported by cables AB, AC, and AD. Determine the tension in these wires. (Figure 1) Figure 1 of 1 -31 6 ft Part A Determine the tension developed in cable AB. Express your answer to three significant figures and include the appropriate units. FAB= Submit Part B FAC= Submit μA Part C Value lb Determine the tension developed in cable AC. Express your answer to three significant figures and include the appropriate units. My Answers Give Up μA Value lb ? My Answers Give Up ? Determine the tension developed in cable AD. Express your answer to three significant figures and include the appropriate units. << previous | 5 of 6 | next »
If F = 600 N , determine the tension developed in cables AB, AC, and AD. (Figure 1) Express your answer to three significant figures and include the appropriate units. HÀ ? FAB = Value Units Figure < 1 of 1 Request Answer Submit Part B D Determine the tension developed in cable AC. 2 m Express your answer to three significant figures and include the appropriate units. 1 m 30° 2 m HÀ B FAC = Value Units F Submit Request Answer