HWAA traingular beam Beomm wide by 30omm height is Pinned at A,suPPorted by a cable CD and Carries a load (P) as shown in figure, Determinethe max Valne of (P) that will not exceed a ombined normal stress of120 Mla?Ans/ Prat - loo.3 WHoW:B Find the max Valne of (P) that canbe aPPlied on the Cantilever beamShown in figure , knowing that the max Combined stresses will not exceed(22.67MPa)in tension and (17.33 MPa) in cemPression?Ans/ Pmax3D25W450mmtoCable30omm150mm50mm300mm2mFig. (A)fig. (B)

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HWAA traingular beam Beomm wide by 30omm height is Pinned at A, SuPPorted by a able CD ad Carries a load (P) as shown in figure, Determine the max Valne of (P) that will not exceed a ombined normal stress of 120 Mfa? Ans/ Pa = loo.3 W HoW:B Find the max Valne of (P) that canbe apPlied on the Cantilever beam Shown in figure ,knowing that the max Combined stresses will not exceed(22.67 MPa)in tension and (17.33 MPa) in comPression? Ans/ Pmnx 3D25W 450mm to Cable 300mm 150mm 300mm 50mm 2m Fig. (A) fig. (B)

HWAA traingular beam Beomm wide by 30omm height is Pinned at A, SuPPorted by a able CD ad Carries a load (P) as shown in figure, Determine the max Valne of (P) that will not exceed a ombined normal stress of 120 Mfa? Ans/ Pa = loo.3 W HoW:B Find the max Valne of (P) that canbe apPlied on the Cantilever beam Shown in figure ,knowing that the max Combined stresses will not exceed(22.67 MPa)in tension and (17.33 MPa) in comPression? Ans/ Pmnx 3D25W 450mm to Cable 300mm 150mm 300mm 50mm 2m Fig. (A) fig. (B)

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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