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Principles of Voice Production - Study Guide Chapter 2 |
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| Mechanics | |
| Biomechanics | |
| Quantities (know some units with quantities) | |
| mass | |
| length | |
| time | |
| Derived Quantities (know some units with quantities) | |
| displacement | |
| velocity | |
| momentum | |
| inertia | |
| force | |
| acceleration | |
| Subdivision of Mechanics | |
| dynamics | |
| statics | |
| kinetics | |
| continuum mechanics | |
| fluid mechanics | |
| solid mechanics | |
| Elements of Continuum Mechanics | |
| deformation | |
| translation | |
| rotation | |
| solid | |
| liquid | |
| gas | |
| fluid | |
| Stress | |
| tensile stress | |
| compressional stress | |
| pressure | |
| shear stress | |
| Strain | |
| Other nice words to know | |
| vector | |
| linear | |
| proportional | |
| rate | |
B. Basic Concepts
1. What does “human tissues are inertio-visco-elastic” (page 35) mean?
2. What is a force-elongation curve (how and why do we construct one) and how does it differ for a stress-strain curve? What advantages are there of a stress-strain curve over the force-elongation curve?
3. Draw a stress-strain curve (label the axis) and identify the important characteristics of a stress-strain curve.
4. What is a probable cause of vocal nodules as stated in the chapter?
5. List in order from smallest to largest the 6 structural components of a muscle (like in figure 2.11) (you won’t have to draw this)?
6. List the basic muscle-fiber types and their characteristics.
7. What are Newton’s three universal laws?