Boom BC, as shown, supports a load of 15 kN which is then mainly supported by cable AB. The boom used is a C150 x 19.3 steel section with the followingproperties:A = 1990 mm²lx = 6.29 x 106 mm4ly = 0.358 x 100 mm430 kNx(bar) = 12.7 mmx = 56.4 mmy = 13.4 mm1.334 mDetermine the factor of safety of the structure against buckling.Select the correct response.1.74B10 kNTYPICAL SECTION:Cx(bar) 30 kNDetermine the factor of safety of the structure against buckling.Select the correct response.1.331.744 m1.411.82L(bar)

Data given:A = 1990 mm2x(bar) = 12.7mmIx = 6.29×106 mm4Iy = 0.358×106 mm4rx=56.4 mmry=13.4 mmloads =…

Boom BC, as shown, supports a load of 15 kN which is then mainly supported by cable AB. The boom used is a C150 x 193 steel section with the following properties: A = 1990 mm² x = 6.29 x 100 mm4 ly = 0.358 x 106 mm4 30 kN x(bar) = 12.7 mm x = 56.4 mm y = 13.4 mm 4 m wwwwwwww Determine the factor of safety of the structure against buckling. B 10 kN TYPICAL SECTION: E x(bar)

Boom BC, as shown, supports a load of 15 kN which is then mainly supported by cable AB. The boom used is a C150 x 193 steel section with the following properties: A = 1990 mm² x = 6.29 x 100 mm4 ly = 0.358 x 106 mm4 30 kN x(bar) = 12.7 mm x = 56.4 mm y = 13.4 mm 4 m wwwwwwww Determine the factor of safety of the structure against buckling. B 10 kN TYPICAL SECTION: E x(bar)

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

The tension of cable AC is 110 N. Determine the mass of the crate at point E. g=9.81 m/s² X A 3m E 2m Z -3m 6m B 2m
Example1: The block has a mass of 90 kg and it is supported by the cable system shown in figure. Determine the tensile force in cable DE. Solution: E.B.D. of ring at B F.B.D. of ring at D EB.D. of block TBD TAB TBC Три 40 30 45 TDE 40 Wolock = 90. 9.81 = 882.9 N TAB Block TBD
Problem 1.2 The top of a folding workbench has a mass of 50kg with mass center at G. A) Determine the resultant force in the pin at E B) Determine the force in cable FH 750 mm Go D 225 mm F H X E 1200 mm Check your work: Cable force, FFH = 1308 N B 900 mm
The bracket BCD is hinged at € and attached to a control cable | ! at B. For the loading shown, determine (a) the tension in the cable, (b) the reaction at C. a=0. 18m 20N 20N 8 c o I_.l_nm—l—um—-l 02¢m
LQ2. A 40-kg mass rests on the top of the folding workbench with a 50-kg mass with mass center G. Calculate the tension in cable FH and the x and y components of the force in the pin at E. 40 kg| |375 mm -450 mm- Ge D (B 225 mm F 900 mm E A 1200 mm
The tension of cable AC is 110 N. Determine the mass of the crate at point E. g=9.81 m/s² 3m E -3m 6m B 2m y
Boom BC, as shown, supports a load of 15 kN which is then mainly supported by cable AB. The boom used is a C150 x 19.3 steel section with the following properties: A = 2460 mm2 Ix = 7.20 x 106 mm4 x(bar) = 13.1 mm rx = 54.1 mm ly = 0.437 x 106 mm4 Ty = 13.3 mm B TYPICAL SECTION: 15 kN 30 kN x(bor) 4 m Which of the following most nearly gives the axial force in the boom? Select the correct response: 33.24 kN 38.14 kN 25.42 kN 29.63 kN
Dr. Ammar T. Al-Sayegh Problem: 10 Name: Determine the angles Nand A made between the axes OA of the flag pole and AB and AC, respectively, of each cable. Page 8 6 m 1.5 m Z ID: 2m 4 m FB = 55 N 4 m 6 ENG202-Statics Fc = 40 N 3 m
PROBLEM 2 Determine the maximum weight W that can be supported as shown. Cable FG has a maximum strength of 2000 N. Neglect friction and weight of members. W 180 mm 270 m 240 mmi 120 mmi 120 mmi 540 mm
H.W.1 8) A shaft of diameter (d 5-mm) is to be pulled through a (4.5)-cm-diameter glycerin-filled sleeve as shown in Figure. The glycerin to be used has a dynamic viscosity of 1.5 Pa.s, and the cable is pulled by 60-N tensile force. If the cable is to be pulled at a velocity of 0.02 m/s and the velocity profile equation though glycerin is (u = 0.6y + 20y2), what is the length of the sleeve that can be used to provide this velocity? Assume that the cable can be kept at the center of the sleeve. Sleeve Shaft
View Policies Current Attempt in Progress The guy wires AB and AC are attached to the top of the transmission tower. The tension in cable AB is 7.5 kN. Determine the required tension Tin cable AC such that the net effect of the two cables is a downward force at point A. Determine the magnitude R of this downward force. Assume a = 33 m, b = 42 m, c = 22 m, and d = 32 m. L B Answers: T = i KN H R = i Save for Later Attempts: 0 of 1 used Submit Answer KN
Problem 5.1 Coplanar Force Systems A ball is suspended using cables AB and AC, and a force is applied at A in a horizontal direction. The ball D has a mass of 35 kg. If a force of F 135 N is applied to the ring at A, you are required to: a) Determine the dimension d so that the force in cable AC is zero. 1.5 m d B -2 m STRINGER STRAKE CONNECTION SEAM SHELL OR NOUTENPLATING M STANCHON D TRAPE ma GE HEEL BOTTOM PLATING TRANSVERSE FRAME LOTION ITUDINAL STRAKE