1) The largest part of the human brain is called the actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature. It contains centres responsible for higher mental faculties. It has many discrete areas, two of which are the actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature strip and the motor strip, each with its own function.
2) The brain possesses many other parts in addition to the cerebrum. The actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature is the centre responsible for controlling balance and movement; the actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature contains centres that control breathing and heart rate; the actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature has centres that regulate water balance and body actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature.
3) The central nervous system consists of the actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature and the actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature cord. the CNS receives information via sensory nerves from the sense organs. It sorts out this information and sends messages via actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature nerves to muscles, which make appropriate actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature.
4) A reflex actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature is a simple arrangement of three nerve cells; a sensory actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature, a relay neurone and a motor neurone.
5) A reflex actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature is a rapid, actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature, involuntary response to a actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature. It depends on the transmission of a nerve impulse through a reflex arc.
6) Regulation of body temperature is an example of actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature feedback control. The hypothalamus responds to an increase in body temperature by sending nerve impulses to actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature such as the skin. Responses are made that correct the deviation and bring the body temperature back to its actionarcautomaticbraincerebellumcerebrumeffectorshypothalamusmedullamotornegativeneuroneresponsessensoryset pointspinalstimulustemperature.