Answer Happy

At a point in a stressed body, the principal stresses are
oriented as shown in the figure. Use Mohr’s circle to determine:
(a) the stresses on plane a−a. (b) the stresses on the horizontal
and vertical planes at the point. (c) the absolute maximum shear
stress at the point. Assume the principal stress magnitudes are
||σp1||=8.27 ksi and ||σp2||=30.34 ksi. Also, b=4.25, so that
θp=38.4 ∘.
Part 2 Part 4 At a point in a stressed body, the principal stresses are oriented as shown in the figure. Use Mohr's circle to determine: (a) the stresses on plane a - a (b) the stresses on the horizontal and vertical planes at the point. (c) the absolute maximum shear stress at the point. Determine the normal stress on planea - 2. Use the correct sign based on the sign corvention for normal stress Determine the stresses of the horizontaland vertical planes at the poirt. Use the correct signs based on the sign comentions for armel and shear stresses Assume the principal stress magnitudes are ſopil = 8.27 ksi and 16,24 = 30.34 ksi. Also, b = 4.25, so thaté), = 38.4'. ksi ki 0,- 1 Attempts:0 of 1 used Submit Answer Save for late 0,= kan ko) 45 Is Part 3 Determine the shear stress on plane a - a.Enter the magnitude of the shear stress, so enter a positive value for Fy-s. Then choose whether this shear stress rotates the wedge element clockwise or countercockwise in this case Se Late Attempts of used Submit Answer Part 1 ksi On a piece of paper, draw Mohr's circle for this state of stress. Enter the location of the center of Mohr's circle on the horizontal, or o, axis. Also enter the radius Rof Mohr's circle. Part 5 Tuna rotates the wedge element C- ksi Computetre absolute maximum shear stress at the point. R= ksi O counterclockwise O clockwise han