3. The elastic modulus (for tension) of a section of compact bone in the femur is 30 GPa (30 X 10' Pa). If this bone is subjected to a tensile stress of 60 MPa (60 X 10' Pa), what strain results from this tension?
3. The elastic modulus (for tension) of a section of compact bone in the femur is 30 GPa (30 X 10' Pa). If this bone is subjected to a tensile stress of 60 MPa (60 X 10' Pa), what strain results from this tension?
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![3. The elastic modulus (for tension) of a section of compact bone in the femur is 30 GPa (30 X
10' Pa). If this bone is subjected to a tensile stress of 60 MPa (60 X 10' Pa), what strain results
from this tension?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fab5244cc-ead2-407a-8104-7b38dec73482%2F96720f39-983e-418b-bcf6-d986f4bfe7ac%2Fndxr0o4i_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. The elastic modulus (for tension) of a section of compact bone in the femur is 30 GPa (30 X
10' Pa). If this bone is subjected to a tensile stress of 60 MPa (60 X 10' Pa), what strain results
from this tension?
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