For the state of stress with x = 50ksi (compression), y = 100ksi (compression), T =...

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For the state of stress with x = 50ksi (compression), y = 100ksi (compression), T = 25ksi (down on the right face) draw Mohr's circle and identify the axes, average stress, principal stresses, maximum in-plane shear stress, and the angle the object must rotate, with direction, from the x-axis to the orientation of primary principal stress (UP1). Find the state of stress when the element is rotated 30 degrees clockwise. avg = 1= Tmax= Up1 = @30 degrees CW x = Tx'y': 02 = CCW or CW (circle one) For the state of stress with x = 50ksi (compression), y = 100ksi (compression), T = 25ksi (down on the right face) draw Mohr's circle and identify the axes, average stress, principal stresses, maximum in-plane shear stress, and the angle the object must rotate, with direction, from the x-axis to the orientation of primary principal stress (UP1). Find the state of stress when the element is rotated 30 degrees clockwise. avg = 1= Tmax= Up1 = @30 degrees CW x = Tx'y': 02 = CCW or CW (circle one)