The cedar wood plank experiences shear failure stress at 6x108 Pa (pascals), which is equal to...

   

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The cedar wood plank experiences shear failure stress at 6x108 Pa (pascals), which is equal to the total force applied to the bolt (F) acting along the positive x-axis divided by the contact area (A), which is 0.00015 m in this case. 64 32 1250 N 650 N Using the Cartesian method, determine: (a) the magnitude of the resultant of the two forces acting on the eyebolt and the direction it acts relevant to the positive x-axis. (b) whether the wood plank will fail. Show the analysis that supports your answer. Ans: R 1347.3 N The cedar wood plank experiences shear failure stress at 6x108 Pa (pascals), which is equal to the total force applied to the bolt (F) acting along the positive x-axis divided by the contact area (A), which is 0.00015 m in this case. 64 32 1250 N 650 N Using the Cartesian method, determine: (a) the magnitude of the resultant of the two forces acting on the eyebolt and the direction it acts relevant to the positive x-axis. (b) whether the wood plank will fail. Show the analysis that supports your answer. Ans: R 1347.3 N