Answered: Three cable tensions T1, T2, and T3 act…

Three cable tensions T1, T2, and T3 act at the top of the flagpole. Given that the resultant force for the three tensions is R = −400k N, find the magnitudes of the cable tension

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

Q3. A beam is supported by a pin support and a cable. The cable runs continuously through a pulley. Determine the manitude of the horizontal and vertical reactions at the pin support and the magnitude of the tension force in the cable. ///// \\ \ \ \\ 3 m 20° 20° 3 m 3 m 250 N
3. The cable BC carries a tension of 800 N. Write this tension as a force T acting on point B in terms of the unit vectors i, j, and k. The elbow at A forms a right angle. 0.7 m 1.2 m- 1.6 m 30° B 0.8 m -X
A sa p
Problem 3 From the figure below determine the following. a. Determine the tension in the cable at mid length where the slope is zero. b. Determine the maximum force in the cable 51.6 25.8 25.8 JA B 4 m 2 m 6 m D Pin 5.6 142.4
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.
2. A cable 300 m long weigh5 600 N. The tension at the emds of the cable are 400 N and 446 N, respectively. (Note: Treat this as catenary). a) Determine the difference in elevation of the supports at both ends. b) Determine the difference in elevation of the lowest point and the lower support. c) Compute the horizontal span of the cable. T= 446 N Tz= 400 N S2 X2 L
The cable AB prevents bar OA from rotating clockwise about the pivot O. If the cable tension is 600 N, determine the n- and t- components of this force acting on point A of the bar. n A 2.1 m B Answers: Tn= i g Tt= IN 1.4 m 0 55° N N
for the cable shown. determine the following. a. reactions of the cable b. the sag y at the 45 kips load c. cable length
A cable PQ of length 25.m is supported at two ends at same level as shown in the figure. The horizontal distance between the supports is 20 m. A point load of 150 kN is applied at point R which divides it into two equal parts. 20 m Q R + 150 kN Neglecting the self-weight of the cable, the tension (in kN, in integer value) in the cable due to applied load will be
Given: The structure shown below is cantilevered at the Point A and welded at point B. In addition, the magnitude of the tensile force in cable GE is 2,000 N, and member BC is parallel to the x axis. 6 m D B. cable 12 m C 15 m 10 m 100 KN Required: a) Determine the vector components of the force in cable BD. b) Draw a free body diagram of the orange structure. c) Determine the components of the reactions at point A.
For the cable shown in, determine the following 1. reactions for the cable 2. the sag y at the 55-kip load. 3. Cable length 10 ft B 30 ft 55 kips 65 kips 85 kips 30 ft 50 ft + - 50 ft 30 ft →
Given: The structure shown below is cantilevered at the Point A and welded at point B. In addition, the magnitude of the tensile force in cable GE is 2,000 N, and member BC is parallel to the x axis. y 6 т G В cable 6 m 6 т 15 m 10 m 40 KN Required: a) Determine the vector components of the force in cable GE. b) Draw a free body diagram of the orange structure. c) Determine the components of the reactions at point A.