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| Figure 1.1 in the textbook. According to the illustration, the lowest level of structure that applies to the study of physiology is |
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| This organ system is responsible for providing a protective barrier between the internal environment of the body and the external environment |
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| Examining the functions of the human body from the perspective of HOW things work is called |
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| HEART RATE INCREASES BECAUSE MORE OXYGEN IS NEEDED AT THE CELLS. This statement would be an example of the___ approach to human physiology |
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| When creating a structure/function map, the most general term should appear at the____ of the map |
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| Because physiology is primarily the study of function, that is a series of events, this type of map will be used most often |
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| In a process map, this represents the passage of time |
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| Figure 1.2. From the list of terms which level of organization will appear at the top of the structure map? |
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| Figure 1.2. From the list of terms which level of organization will appear at the bottom of the structure map? |
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| Phrases like "binds to" would appear next to this in a process map |
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| Figure 1.6 based on the distribution of ions in the intracellular and extracellular fluid, it is clear that the body's fluid compartments are in a state of chemical |
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Definition
| In this type of feedback loop, the final response is in the opposite direction of the original stimulus |
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| this type of feedback loop in not homeostatic |
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| In a feedback loop, this step represents the structure that is responsible for processing information and determining if a response is required |
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Definition
| this feedback loop step represents a messenger from the processing center to the structure that can act to adjust the system when needed |
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Definition
| this is the original change in the internal or external environment that kicks off the feedback loop |
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| this step of a feedback loop represents the final outcome of the effectors action |
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| this step of the feedback loop links the sensor with the integrating center |
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| this step represents a structure that can act to alter or adjust the system if needed |
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| this step represents a structure that detects the change in the internal or external environment |
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Definition
| These sub-atomic particles have a negative charge |
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| a charged atom or molecule |
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| adjacent water molecules are held together by this type of bond |
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| an atom atom that gains an electron |
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| an atom that gains neutrons |
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| an element is determined by the number of these sub-atomic particles |
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| another name for organic molecule |
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| in a molecule, two or more atoms are held together by chemical |
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| in this type of bond, electrons in the outermost shell are shared by two atoms |
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| in this type of bond, one atom loses electrons and the other atom gains electrons |
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| in this type of molecule, electrons are shared equally |
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| in this type of molecule, there is a positively charged region and a negatively charged region because the electrons are not shared equally |
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| molecules that are insoluble in water (separate from water and don't dissolve) are called: |
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| molecules that are soluble in water (mix well and diffuse through water) are called |
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| on the pH scale, the higher the number, the more__ the substance |
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| the amount of a dissolved solute in a certain amount of solvent is called the solutions____ |
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| the atomic mass is based on the number of these sub-atomic particles |
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| the concentration of hydrogen ions (H+) in solution is referred to as the solutions |
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| these are the strongest bonds in the list |
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| these are the weakest of the bonds listed |
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| these sub-atomic particles are found in the orbits an atom |
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| these sub-atomic particles are involved in interactions of two or more atoms |
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| these sub-atomic particles have a positive charge |
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