Question

Which part of the brain processes inputs received from the cerebral motor cortex, brain stem nuclei, and various sensory receptors, and then uses this information to coordinate balance, posture, and somatic movement problems? which part of the brain processes inputs received from the cerebral motor cortex, brain stem nuclei, and various sensory receptors, and then uses this information to coordinate balance, posture, and somatic movement problems? pons diencephalon cerebellum thalamus?

Answer 1

Answer:

Cerebellum

Explanation:

There are 4 parts of the brain, namely the cerebrum, cerebellum, brain stem and puncher. Each brain has its own function. The cerebrum itself consists of the right brain and left brain where each part has a different function.

The part of the brain that processes input received from the brain's motor cortex, brain stem nuclei and various sensory receptors and then uses this information to coordinate the problem of balance, posture and somatic movement is the cerebellum.

The cerebellum is the largest part of the hindbrain, where it is located above the brain stem and under the cerebrum occipital. The cerebellum has a squiggly surface and has the size of a ball base. Cerebellum is divided into 3 parts, namely:

1. Vestibuloserebelum, the part of the cerebellum that functions to control and maintain the balance of eye movements

2. Spinoserebelum, the part of the cerebellum that functions to control the ability of muscles and body movements

3. Cerebellarbefore, the part of the cerebellum that functions as a memory storage, initiates conscious movements, and for planning

Learn More

About the impact of the destruction of upper motor neurons in the left lateral path brainly.com/question/11512520#

Details

Class : Senior High

Subject : Biology

Keywords

- Cerebellum

Answer 2

The answer is cerebellum. By processing and interpreting impulses from the motor cortex and brain stem nuclei as well as sensory pathways, the cerebellum provides the precise timing and appropriate patterns of skeletal muscle contraction for smooth coordinated movements and agility needed for daily living. It also plays a poorly understood role in cognition. Cerebellar activity occurs subconsciously (e are not aware of it).
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