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- 3K/ft ... I2K I6K 16K 2K/ft a tatatafot 8' 4' 4' 4' 8' A -18 kips B) -12 kips -34 kips D -26kips E -32 kips F) -43 kips G -43 kips (H) -62 kipsSituation 6: AC3x35 has a length of 1.40 m. Fy-248 MPa. The properties are given below. Properties of C - Channel with L-1.40 meters. A-703 mm^2 d = 76 mm bf - 34.8 mm tf-6.93 mm kdes - 17.5 mm tw - 3.35 mm rx - 30.5 mm ry - 10.0 mm Cw-0.0741 x 10^9 mm 6 ro 39.90 mm H-0.646 J-9.41 x 10^3 mm 4 1. Which of the following most nearly gives the axial capacity (Pu) considering Flexural Buckling if support conditions are both are pinned? 56 KN O 48 KN O 77 KN O 65 KNProblem No. 1 In the accompanying figure A, B, and C are three known control stations and P is the position of a sounding vessel which is to be located. If b = 6925.50m, c 6708.40m, angle BAC = 112 45'25", angle alpha 25 32'40"and angle beta = 45 35'50". Find the following: A. Value of angle x B. Value of angle Y C. Length of m or AP D. Length of d or BP E. Length of e or CP F. Angle theta G. Angle phi
- 05: The cantilever beam shown in Fig(4) is reinforced by 3025mm bars at the support. Given: clear cover (50mm), fe-25 MPa, fy-400MPa, check development length(Ld). 1000mm -50 50mm T=0 50mm T=0 3025 R3025 12=max Ø12@ 100mm c/c 2000mm 250mm Fig.(4) ww009 L600mm3M 2 KN/m A. RA RB Calewlate the midspan deafestim using ☺ Druble Integintim Area-Moment Methed O Syperpasition Hlothed 100X 10° mpa ; I- 80X10° mmTThe pin-jointed space truss shown in Fig. P.15.14 is pinned to supports 0, 4, 5 and 9 and is loaded by a force P in the x direction and a force 3P in the negative y direction at the point 7. Find the rotation of the member 27 about the z axis due to this loading. All members have the same cross-sectional area, A, and Young's modulus, E. (Hint. Calculate the deflections in the x direction of joints 2 and 7.) Ans. 382P19AE.
- CE. 43mm 7my 12mm gmR 62mm gmm Amm Smin 10mm 29mm 5mm lom 5nim 2mm Fmm q WHAT iS THE DISTANCE OF THE CENTROID FROM THE X-AXIS b) WHAT IS THE DSTAMCE OF THE CEMTROID FROM THE YAX1S C What Is THE INERTIA ABOUT THE XAXIS WHAT IS THE INERTIAA ABOLur THE Y-AXISS40. For the system of pulleys shown in Fig. P-340, determine the ratio of W to P to maintain equilibrium. Neglect axle friction and the weights of the pulleys.SIT. I 26KYm A 7m 5m B Use TME 180KN Im 3m HT 0.8k f E = 110 GPa I Det. a.) MB Fun b.) Mc 0.8KM D c.) Mmax d.) RA e.) Rc 0.3mm. = 2010 x106mm²
- fzo002 deo.02 m 7m Lalom dzoolm Uzo-2Fiberglass tapes are more flexible than steel tapes O a False O b. True All total stations are robotic instruments. O. a. True O b. False KCE 13mm 7m 12mm gm 62mm amm 3mm Amm Smin 10mm 29mm 5mm bmm 5nm 2mm Fmm 9 WHAT IS THE DISTANCE OF THE CENTROID FROM THE X-AXIS b) WHAT IS THE DSTAMCE OF THE CEMTROD FROM THE Y- AXIS