The sensation of feeling full, associated with hunger, involves a separate part of the fore-brain. This center is responsible for signaling when we have eaten enough, distinct from the sensory experiences of seeing or hearing.

A decision is made in the fore-brain based on the interpreted sensory information. The information is then passed on to the motor areas, which control the movement of voluntary muscles, such as leg muscles.

In the areas of association in the fore-brain, sensory information is interpreted by combining it with information from other receptors and with data already stored in the brain.

The fore-brain receives sensory impulses from various receptors, and separate areas are specialized for hearing, smell, sight, and other senses.

The fore-brain is the main thinking part of the brain.

The three major parts or regions of the brain mentioned in are the forebrain, midbrain, and hindbrain.

Communication between the central nervous system and the rest of the body is facilitated by the peripheral nervous system, which includes cranial nerves from the brain and spinal nerves from the spinal cord.

The brain allows us to think and take actions by sending messages to muscles, coordinating voluntary actions based on decisions about what to do next.

The nervous system communicates with muscles by sending messages. The peripheral nervous system, consisting of cranial nerves from the brain and spinal nerves from the spinal cord, facilitates communication between the central nervous system and other parts of the body.

The spinal cord has functions beyond reflex action, as it is made up of nerves that supply information for thinking.