Develop a Forrester Diagram, based on the schematic below, for blood temperature homeostasis. Consider four state variables. Keep in mind that the final goal of the model is to show how normal body temperature is re-established after a perturbation. Of note, if you draw your solution by hand make sure vour scan is readable (not just a bunch of cell phone pictures) and converted to pdf Using an e-pencil is usually better, or ppt.

Human Physiology: From Cells to Systems (MindTap Course List)
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Author:Lauralee Sherwood
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Chapter11: The Blood
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a) Develop a Forrester Diagram, based on the schematic below, for blood temperature
homeostasis. Consider four state variables. Keep in mind that the final goal of the
model is to show how normal body temperature is re-established after a
perturbation.
Of note, if you draw your solution by hand make sure your scan is readable (not just
a bunch of cell phone pictures) and converted to pdf
Using an e-pencil is usually better, or ppt.
Thermoregulation
center in brain is
activated.
Temperature rises
above normal.
Sweat glands secrete
sweat that evaporates,
cooling the body.
Blood vessels
in skin dilate and
heat escapes.
Homeostasis:
Internal body temperature
of approximately 36-38°C
Blood vessels
in skin constrict,
minimizing heat loss.
Skeletal muscles rapidly
contract, causing shivering
which generates heat.
Temperature falls
below normal.
Thermoregulation
center in brain is
activated.
b) Write-up the equations (FDEs) for your Forrester Diagram.
(Source: Biology on-line
textbook. Pearson,
2006)
Transcribed Image Text:a) Develop a Forrester Diagram, based on the schematic below, for blood temperature homeostasis. Consider four state variables. Keep in mind that the final goal of the model is to show how normal body temperature is re-established after a perturbation. Of note, if you draw your solution by hand make sure your scan is readable (not just a bunch of cell phone pictures) and converted to pdf Using an e-pencil is usually better, or ppt. Thermoregulation center in brain is activated. Temperature rises above normal. Sweat glands secrete sweat that evaporates, cooling the body. Blood vessels in skin dilate and heat escapes. Homeostasis: Internal body temperature of approximately 36-38°C Blood vessels in skin constrict, minimizing heat loss. Skeletal muscles rapidly contract, causing shivering which generates heat. Temperature falls below normal. Thermoregulation center in brain is activated. b) Write-up the equations (FDEs) for your Forrester Diagram. (Source: Biology on-line textbook. Pearson, 2006)
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