Equilibrium stimuli from the inner ear project to the vestibular nuclei and the which will integrate the information and transmit signals to skeletal muscles to adjust balance and

Equilibrium stimuli from the inner ear project to the vestibular nuclei and the cerebellum, which will integrate the information and transmit signals to skeletal muscles to adjust balance.

The semicircular canals is often involved with equilibrium.

Hearing and equilibrium depends on a very specialized type of receptor called a hair cell.

The inner ear is made up of the cochlea for hearing and the vestibular system for balance.

The vestibular system is made up of a network of looped tubes called the semicircular canals. It is a sensory apparatus of the inner ear that works i the body to maintain its postural equilibrium.

The vestibular system provide constant feedback to the cerebellum about head movement.

The neural signals gotten in the vestibular ganglion are sent through the vestibulocochlear nerve to the brain stem and cerebellum.

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Cerebellum

Explanation:

The cerebellum is a part of the brain directly related to the posture and balance of our body, in addition to having a primary function in coordinating the movements of our body. In summary, the cerebellum is related to various motor actions of our body, whether directly or indirectly.

In this regard, we can add that the balance stimuli of the inner ear are projected towards the vestibular nuclei and the cerebellum, which will integrate the information and transmit signals to the skeletal muscles to adjust the balance and muscle tone.

the answer is: trichonympha lives in the gut of termites and digests cellulose eaten by the termite.

this is an example of a symbiotic association of a protozoan with its mode of association.

hope i

-lavira: )

we would need to see the picture to answer it