warm can be explained in a physiological way. Tachycardia is a problem that

occurs later in the hypothermic response. It is when the heart is worn out and

begins to have trouble keeping up at the rate in which it has been going. It

then slows its rate and force down considerably. As a result of this, the pulse

is very difficult to feel or detect. The body’s “reasoning” for tachycardia is

also very important in this response. When the body feels that it is in danger

of loosing heat it uses its blood as its distributor of heat. The heart begins

to pump at a very high rate which not only helps to distribute heat but also

creates it. However the body begins to loose the energy needed to continue this,

therefore it begins to slow down and become less pressurized, and this is known

as tachycardia. It does this to conserve the heat and prioritize it for its most

important organs of the body, such as the lungs brain and heart.

The body’s next response to the hypothermic reaction is shivering. The

physiological reasoning for this is, when the body first feels the loss of heat,

it pumps extra blood to its outer organs such as the skin and

water. By shutting its production down it is preventing loss of water and

grizzly bear chasing after you. In fact the majority of the activities you do in

Some topics in this essay:
ACTH ACTH, , ACTH Adrenocorticotropic, blood stream, Hypothalamus Pituitary, “fight flight” response, flight” response, endocrine system, create heat, bronchial tubes, “fight flight”, body begins, skeletal muscles, increased amount blood, allowing oxygen, amount blood body, oxygen body, physiological reasoning body,