A link 160 mm in diameter for a certain machine has its area reduced by ...

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A link 160 mm in diameter for a certain machine has its area reduced by ½ at section A-B. The link is subjected to a tensile force of 240 kN A. Calculate the moment of inertia of section A-B. B. Compute the maximum tensile stress developed across section A-B. C. What is the minimum tensile stress across section A-B? P A B →→P A link 160 mm in diameter for a certain machine has its area reduced by ½ at section A-B. The link is subjected to a tensile force of 240 kN A. Calculate the moment of inertia of section A-B. B. Compute the maximum tensile stress developed across section A-B. C. What is the minimum tensile stress across section A-B? P A B →→P