9.1 Strain Transformation by Mohr Circle Choose the best answer in the questions below. Name Email 1. The state of strain is associated with the Mohr'sCircle ACircle BCircle CCircle DCircle ECircle F2. The state of strain is associated with the Mohr'sCircle ACircle BCircle CCircle DCircle ECircle F3. The state of strain is associated with the Mohr'sCircle ACircle BCircle CCircle DCircle ECircle F4. The principal angle 1 calculated from circle G is70 degrees CCW20 degrees CCW70 degrees CW20 degrees CW40 degrees CWNone of the above.5. The principal angle 1 calculated from circle H is70 degrees CCW20 degrees CCW70 degrees CW20 degrees CW40 degrees CWNone of the above.6. The principal angle 1 calculated from circle I is70 degrees CCW20 degrees CCW70 degrees CW20 degrees CW40 degrees CWNone of the above.7. Cube 1 is associated with Mohr’sCircle JCircle KCircle LCircle MNone of the above.8. Cube 2 is associated with Mohr’sCircle JCircle KCircle LCircle MNone of the above9. Cube 3 is associated with Mohr’sCircle JCircle KCircle CCircle MNone of the above10. Circle G is in plain strain with principal strains 1 and 2 as 1200 and 200 micro, respectively. The maximum shear strain is1000 micro500 micro1200 micro600 microNone of the aboveDo you have any comments or suggestions? Please send them to author@madhuvable.org Time is Up!Time's up
