| Question 1: Relevant mathematical tools include linear algebra, ________, vector and tensor calculus, numerics and computational techniques such as the finite element method. |
| Question 2: ________ is readily evident in many soft tissues, where there is energy dissipation, or hysteresis, between the loading and unloading of the tissue during mechanical tests. |
| Question 3: The ________ and constitutive relations are also needed to model a continuum. |
| Question 4: Soft tissues such as ________, ligament and cartilage are combinations of matrix proteins and fluid. |
| Question 5: moments of inertia), ________ (e.g. |
| Question 6: Elements of ________ (e.g. |
| Question 7: Some simple applications of Newtonian mechanics can supply correct approximations on each level, but precise details demand the use of ________. |
| Question 8: Under most circumstances, blood flow can be modeled by the ________. |
| Question 9: It is often appropriate to model living tissues as ________. |
| Question 10: The biomechanics of ________ beings is a core part of kinesiology. |