The beam shown in Fig. P7.16 has a cross section of depth 60 mm and width...

  

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The beam shown in Fig. P7.16 has a cross section of depth 60 mm and width 30 mm. The load P and reactions R₁ and R2 all lie in a plane that forms an angle of 20° counterclockwise from the y axis. Determine the point in the beam at which the maximum tensile flexural stress acts and the magnitude of that stress. P = 3.00 kN P 800 mm 700 mm R₁ R2 Figure P7.16 20% The beam shown in Fig. P7.16 has a cross section of depth 60 mm and width 30 mm. The load P and reactions R₁ and R2 all lie in a plane that forms an angle of 20° counterclockwise from the y axis. Determine the point in the beam at which the maximum tensile flexural stress acts and the magnitude of that stress. P = 3.00 kN P 800 mm 700 mm R₁ R2 Figure P7.16 20%

Answer rating: 100% (QA)

Solution To find the point in the beam where the maximum tensile flexural stress acts we need to fin... View the full answer