9.1 STRAIN TRANSFORMATION BY MOHR CIRCLE Choose the best answer in the questions below. Please enter your email: The state of strain is associated with the Mohr’s Circle A Circle B Circle C Circle D Circle E Circle F The state of strain is associated with the Mohr’s Circle A Circle B Circle C Circle D Circle E Circle F The state of strain is associated with the Mohr’s Circle A Circle B Circle C Circle D Circle E Circle F The principal angle 1 calculated from circle G is 70 degrees CCW 20 degrees CCW 70 degrees CW 20 degrees CW 40 degrees CW None of the above The principal angle 1 calculated from circle H is 70 degrees CCW 20 degrees CCW 70 degrees CW 20 degrees CW 40 degrees CW None of the above The principal angle 1 calculated from circle I is 70 degrees CCW 20 degrees CCW 70 degrees CW 20 degrees CW 40 degrees CW None of the above Cube 1 is associated with Mohr’s Circle J Circle K Circle L Circle M None of the above Cube 2 is associated with Mohr’s Circle J Circle K Circle L Circle M None of the above Cube 3 is associated with Mohr’s Circle J Circle K Circle L Circle M None of the above Circle G is in plain strain with principal strains 1 and 2 as 1200 and 200 micro, respectively. The maximum shear strain is 1000 micro 500 micro 1200 micro 600 micro None of the above Loading …
