Which of the following analytical formula you would use to solve for the minimum principal stress: O (o_1+o_3)/2+(o_1-o_3)/2*cos(2*a) c^'+o_v^*tan(p^') 1/2 (o_x+o_y )+VIT_xy^2+[1/2(o_x-o_y)]^2) none of the available option O 1/2(0_1-0_3)
Which of the following analytical formula you would use to solve for the minimum principal stress: O (o_1+o_3)/2+(o_1-o_3)/2*cos(2*a) c^'+o_v^*tan(p^') 1/2 (o_x+o_y )+VIT_xy^2+[1/2(o_x-o_y)]^2) none of the available option O 1/2(0_1-0_3)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Which of the following analytical formula you would use to solve for
the minimum principal stress:
O (o_1+o_3)/2+(o_1-o_3)/2*cos(2*a)
c^'+o_v^*tan(4^')
1/2 (o_x+o_y )+VIT_xy^2+[1/2(o_x-o_y)]^2)
none of the available option
O 1/2(0_1-0_3)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F97681391-aeec-4946-a233-0da19268ef1b%2F27066ea7-8851-440c-8d63-a239909563b1%2Fct9ztwd_processed.png&w=3840&q=75)
Transcribed Image Text:Which of the following analytical formula you would use to solve for
the minimum principal stress:
O (o_1+o_3)/2+(o_1-o_3)/2*cos(2*a)
c^'+o_v^*tan(4^')
1/2 (o_x+o_y )+VIT_xy^2+[1/2(o_x-o_y)]^2)
none of the available option
O 1/2(0_1-0_3)
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