Question

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typing option here, drawing option is on paper, see me for those copies!! develop a model that explains how two of the cats organ systems interact with each other in order to achieve either a flight or fight response. your model may include drawings, flow charts, arrows, labels, as well as written explanations. your model should: identify the two systems and the function of each system identify and describe an interaction or relationship within each system that relates to the system’s function show one or more interactions between the systems that contribute to the fight or flight response you have selected incorporate evidence or information from the text and/or figures above

Explanation:

Let's consider the nervous system and the circulatory system of a cat. The nervous system detects threats and sends signals to initiate the fight - or - flight response. It releases neurotransmitters like adrenaline. The circulatory system then responds by increasing heart rate and blood flow to muscles, delivering oxygen and nutrients needed for a quick response. For example, the sympathetic nervous system stimulates the heart to beat faster, which is an interaction within the circulatory system related to its function of transporting substances. The release of adrenaline by the nervous system causes blood vessels to dilate in muscles, an interaction between the two systems that aids the fight - or - flight response. Evidence could be from studies showing how nerve impulses trigger hormonal releases that affect the heart and blood vessels.

Answer:

A model could be a flowchart starting with a threat detected by the nervous system. An arrow could lead to the release of adrenaline. Another arrow from the adrenaline release could point to the circulatory system, showing increased heart rate and blood vessel dilation in muscles. Labels could identify the nervous system as the detector and initiator, and the circulatory system as the responder for energy delivery. Written explanations could detail the functions of each system and the described interactions.