Answer:
O2 affinity depends on the pCO2 and pH.
Higher pH -> Higher O2 affinity -> Higher O2 saturation at higher pH level
Higher pCO2 -> Lower O2 affinity -> Higher O2 saturation at lower pCO2 level
This is a benefit because it allows the affinity of Hb in venous blood conditions (lower pO2, higher pCO2, and lower pH) to be much lower than in arterial conditions. Therefore, when blood goes from arterial to venous, the oxygen concentration decreases much more dramatically due to more oxygen (around 2x) being released to the tissues, which is possible due to the changes in affinity caused by the Bohr effect.
Explanation:
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Smooth Transitions between Compartments The force that a fluid applies against a wall—hydrostatic pressure—is what moves fluid between compartments.
<h3>Where is fluid compartment?</h3>
Water makes roughly 60% of the adult human body, which is composed of intra- and extracellular fluid compartments. Extracellular fluid, which makes up 13 of the body's water, is found outside of cells. Two-thirds of the water in the body is found inside the mitochondria and is known as intracellular fluid.
<h3>Which body fluid compartment has the least fluid?</h3>
The fraction of fluid volume that is present in the gaps bordered with epithelial cells is known as transcellular fluid. It is the tiniest part of extravascular space, which also consists of plasma and interstitial fluid. Although it is often not expressed as a percentage of extracellular fluid, the body water content is around 2.5%.
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Consider any task performed in real life, for example, driving a taxi. The task you pick involves many functions. Driving atzi involves picking up
customers, and quickly and safely transporting them to their destination. Go through the components of the Al cycle to automate the problem
you chose. List the useful percepts available. Describe how you will represent your knowledge. Based on that, describe how you will use reasoning
to make and execute a plan expected to achieve a goal or obtain maximum utility
Did you create 8 different accounts to ask this question repeatedly? Why? O.o You need to know what each of these terms mean. Do you have any specific questions? Of course sensory information will be received through your eyes first (you should know the structure of the eyes, there's a specific order involved here) and that information will be transmitted to the brain - the thalamus, generally, is the part of the brain involved in sensory perception and controlling movement
Did you create 8 different accounts to ask this question repeatedly? Why? O.o You need to know what each of these terms mean. Do you have any specific questions? Of course sensory information will be received through your eyes first (you should know the structure of the eyes, there's a specific order involved here) and that information will be transmitted to the brain - the thalamus, generally, is the part of the brain involved in sensory perception and controlling movement
voltage difference is the push that causes charges to flow from high to low areas.
