A state of plane stress exists in an X-Y plane. Refer to the tables below. for your assigned problem parameters. Determine the maximum in-plane principal stress. Determine the minimum in-plane...

A state of plane stress exists in an X-Y plane. Refer to the tables below. for your assigned problem parameters. Determine the maximum in-plane principal stress. Determine the minimum in-plane principal stress. Determine the maximum in-plane shear stress magnitude. Determine the angle between the +X-axis and the minimum principal stress direction (using our sign convention) in degrees. This angle (phi) should be expressed in the range - 90 degree < phi="">< +90="" degree.="" determine="" the="" stress="" components="" acting="" on="" the="" cutting="" plane="" a-b.="" show="" sigma_x="" and="" sigma_y="" stress="" arrows="" &="" values="" in="" the="" proper="" directions="" on="" the="" x-y="" axes="" stress="" element="" below.="" make="" a="" companion="" sketch="" of="" a="" principal="" stress="" element="" (square="" or="" wedge)="" oriented="" properly="" (in="" other="" words="" show="" the="" angle)="" with="" respect="" the="" initial="" x-y="" stress="" element="" and="" properly="" show="" the="" results="" of="" parts="" a)="" and="" b).="" show="" the="" results="" of="" part="" e)="" and="" (sigma_x="" sigma_y="" and="" tau_xy="" on="" the="" blank="" wedge="" diagram="" below.="" include="" appropriate="">