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The inner ear (internal ear, auris interna) is the innermost part of the vertebrate ear. ... Joint and muscle receptors are also important in maintaining balance. The brain receives .... The inner ear can detect both static and dynamic equilibrium.


STATIC EQUILIBRIUM static.jpg. Within the membrane sace of the vestibule are receptors called maculae. When the body is at rest,(i.e; STATIC= at rest)


D) iris. Answer: D. 3. 3) Receptors for hearing are located in the ______. A) cochlea ... 6) The receptor for static equilibrium is the ______. A) semicircular canals


Dynamic equilibrium Static Equilibrium • Maculae—receptors in the vestibule • Report on the position of the head • Send information via the vestibular nerve ...


The ear is the sense organ for both hearing and equilibrium (Fig. 7-12). .... Figure 7-16 Action of the receptors (maculae) for static equilibrium. As the head ...


in human ear: Detection of linear acceleration: static equilibrium. The gravity receptors that respond to linear acceleration of the head are the maculae of the ...


Oct 15, 2010 ... What are the chemicals that the taste receptors bind called? What molecule is ..... macula contain hair cells(receptor cellsfor static equilibrium).


The ear is responsible for hearing and equilibrium/balance, and has 3 parts: ... contains the VESTIBULE for static equilibrium and the SEMICIRCULAR CANALS  ...


Oct 29, 2011 ... Medial lesions affect mainly Static Equilibrium 1) keep the body in a ... of Stimulation </li></ul Vestibular receptors Static Equilibrium Inside the ...


Explain how sensory receptors stimulate sensory impulses. Sensory .... Describe the organs of static and dynamic equilibrium and their functions. The organs of ...