24.. BIO Tuning Forks in Neurology Tuning forks are used in the diagno- sis of nervous afflictions known as large-fiber polyneuropathies, which are often manifested in the form of reduced sensitivity to vibrations. Disorders that can result in this type of pathology in- clude diabetes and nerve damage from exposure to heavy metals. The tuning fork in FIGURE 13-32 has a frequency of 165 Hz. If the tips of the fork move with an amplitude of 1.10 mm, find (a) their maximum speed and (b) their maximum acceleration. Give your answer to part (b) as a multiple of g.

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24.
.. BIO Tuning Forks in Neurology Tuning forks are used in the diagno-
sis of nervous afflictions known as large-fiber polyneuropathies,
which are often manifested in the form of reduced sensitivity to
vibrations. Disorders that can result in this type of pathology in-
clude diabetes and nerve damage from exposure to heavy metals.
The tuning fork in FIGURE 13-32 has a frequency of 165 Hz. If the
tips of the fork move with an amplitude of 1.10 mm, find (a) their
maximum speed and (b) their maximum acceleration. Give your
answer to part (b) as a multiple of g.
FIGURE 13-32 A Buck neurological hammer with
tuning fork and Wartenburg pinwheel. (Problem 24)
Transcribed Image Text:24. .. BIO Tuning Forks in Neurology Tuning forks are used in the diagno- sis of nervous afflictions known as large-fiber polyneuropathies, which are often manifested in the form of reduced sensitivity to vibrations. Disorders that can result in this type of pathology in- clude diabetes and nerve damage from exposure to heavy metals. The tuning fork in FIGURE 13-32 has a frequency of 165 Hz. If the tips of the fork move with an amplitude of 1.10 mm, find (a) their maximum speed and (b) their maximum acceleration. Give your answer to part (b) as a multiple of g. FIGURE 13-32 A Buck neurological hammer with tuning fork and Wartenburg pinwheel. (Problem 24)
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