Q1b where the elbow at A forms a right angle (i) Knowing that the tension In cable BC Is TBC = -164.0/ + 379.1/+98.9k N and that the tension in cable BD has the magnitude of 510 N. determine the resultant force R of the tension by the two cables at ring B. (ii) If the ring at B also supports the load of mass m and another tension T3 applied in the z-x plane, determine the tension Tj and the mass m for which ring B is in static equilibrium. Omit the reaction in section AB of the pipe and use TBS=-164.8/ + 379.1/+ 98.9k N and TBD=192.1/+388.4/- 268.9k N.

Q1b where the elbow at A forms a right angle (i) Knowing that the tension In cable BC Is TBC = -164.0/ + 379.1/+98.9k N and that the tension in cable BD has the magnitude of 510 N. determine the resultant force R of the tension by the two cables at ring B. (ii) If the ring at B also supports the load of mass m and another tension T3 applied in the z-x plane, determine the tension Tj and the mass m for which ring B is in static equilibrium. Omit the reaction in section AB of the pipe and use TBS=-164.8/ + 379.1/+ 98.9k N and TBD=192.1/+388.4/- 268.9k N.

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

3) Cable ABCD supports the 10-kg lamp E and the 15-kg lamp F. Determine the maximum tension in the cable and the sag ys of point B. A Ув B book E 1m+ 3 m 2 m C D 0.5 m
Problem 2.41: Determine (a) the required tension in cable AC, knowing that the resultant of the three forces exerted at point C of boom BC must be directed along BC, (b) the corresponding magnitude of the resultant. D 65° 25° 50 lb 75 lb
B9
d) 1) Find the maximum shear 2) Find the maximum moment W=78.7kn/m В 120 inches e) A load w= 119kN is lifted by a boom BDC making an angle of 58 degrees from the vertical axis. Neglect te weight of the boom. 1) Determine the angle betweenmember AD and AC 2) Determine the horizontal reaction at B. 3) Determine the tension in cable AD. 5m A C В 119kN Page 3 I 3 - Q +
B8
Find sag Yc and determine the largest force, F, that can be sustained by the cables if the maximum tension allowed is 720 N.At point C, what is the largest mass, M, that can be sustained by the cables if the maximum tension is 720 N.What is the tension in cable CD in Newtons (N)?What is the value of sag Yc in meters (m)?
Situation 6: Z-axis Three tension cables as shown on the figure are acting on a vertical post to remain its position at E. If the tension in cable AC is 4 N, determine the tension developed in the other cable so that the resultant at A X-axis y-axis will be vertical. sourcowa eHeocom 1 m m 4 m D
In the cable structure below, when the maximum moment of column BF Mmax =1500KN-m and P1 =2P2, calculate the maximum value of P1. = 2m E! P2 C hp 6m 3m D A 5m 5m 5m
The cable AB carries a uniformly varying load. It is connected to a wall at A and is held in equilibrium by a 1430N horizontal force at B. Determine the load intensity (W) at A.
No. 1 1.12 m 0.96 m 0.98 14 1.28 m 1.20 m steel rod is bent into a semicircular ring of radius 0.96 m and is supported in part by cables BD and BE which are attached to the ring at B. Knowing that the tension in cable BE is 250 N, determine the components of this force exerted by the cable on the support at E.
Cable AB passes over the small ideal pulley C without a change in its tension. What length of cable CD is required for static equilibrium in the position shown? What is the tension T in cable CD? T 3.3' Answers: LCD = TCD= i A 46° B 46 lb ft. lb D
7.) (2 Points) Neglecting friction and the radius of the pulley. Determine the following: a.) the tension in cable ADB b.) the reaction at C. 150 mm A В 120 N 200 mm 80 mm 80 mm