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Question: can someone help solve these problems thank you...

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he state of strain at a point is given as the following. Determine the largest principal strain in [mm/m] unit Note the change in the units. 2 0 -61 -6 0 12 Answer 0.0142 For the strain state defined above, determine the magnitude of the largest engineering shear strain that exists in the solid in [mm/m] unit. Answer: 3.5 For the strain state defined above, determine the smallest normal strain in the direction equally inclined to the x, y, and z axes in [mm/m] unit. Answer Consider x and y having (0.6, 0.8, 0.0) and (0.4,-0.3, 0.866) directions, respectively. For the strain state defined above, determine engineering shear strain Vxy in [mm/m] unit. Answer:

Can someone help solve these problems, thank you

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