Most of the water in the human body is found in-the interstitial fluid compartment, the intracellular fluid compartment, or the plasma compartment?
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Most of the water in the human body is found in-the interstitial fluid compartment, the intracellular fluid compartment, or the plasma compartment?
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- Most of the water in the human body is found in: Select one: the interstitial fluid compartment. the intracellular fluid compartment. the plasma compartment. the total extracellular fluid compartment.Most of the water in the human body is found in... the interstitial fluid compartment. the intracellular fluid compartment. the plasma compartment. the total extracellular fluid compartment.Describe the following fluid compartments in the body Intracellular (ICF) Extracellular (ECF) Plasma Interstitial
- What would remain if you let 70 percent of water inside your body evaporate?Describe why the concentration of water should be nearly the same inside the cell and in the extracellular fluid, at equilibrium.Assume that water constitutes 60% of a person’s body weight. What fraction of a person’s body weight is due to extracellular body water?
- List the functions of water in the body. Why is it important to maintain good fluid balance inside and outside of the cells? What situations can cause fluid and electrolyte imbalances? no handwritten answers pleaseFluid balance is largely maintained in the human body by which of the following? Kidneys Pineal gland Pancreas BladderDescribe metabolic role of sodium and chloride.
- What is the approximate percentage (in mass) of water in the human body? Is this percentage expected to be larger in the adult or in the old individual?What actually happens in the fluid compartments of your body when you are either extremely dehydrated and have drunk and extremely large amount of water. For both cases explain why these extremes are so dangerous,how the body will attempt to compensate and what might eventually be the cause of death.Explain why physicians tell a sick individual to drink plenty of fluids and why fluidintake and output are so carefully monitored in hospital settings.