Calculate the maximum eccentricity e for zero tension at


Rework given Problem, but assume that the applied load is 150,000 lb instead of 40,000 lb.

Problem
A concrete pedestal is in the shape of a cube and is 6 ft on each side. The pedestal supports a superimposed load of 40,000 lb located on the Y-Y axis, as shown.

Calculate the maximum eccentricity e for zero tension at the base of the pedestal. Include the weight of the pedestal using a concrete unit weight of 150 pcf.

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Mechanical Engineering: Calculate the maximum eccentricity e for zero tension at
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