During the bodies hypothermic response each factor in its initiative to stay.
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 more importantly.
the skeletal muscles. This allows them to use the blood and create heat by.
shivering. Shivering is the skeletal muscles contribution to the heat.
production; it contracts and releases the muscles reputedly which creates.
friction and in return heat. The body's "reasoning" for this is to create heat,.
the very first effect that your body uses is more energy, and it uses this to.
move around, jump up and down, shiver and therefore create the heat needed to.
save the body.
The body's last response given is the increased respiration, the physiological.
reasoning for this is, and the body opens up the bronchial tubes in order to.
take in more oxygen. The oxygen is then used to create energy and heat in the.