\"Jr ] 1. The chemical potential difference determines if passive species transp
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Question
"Jr ] 1. The chemical potential difference determines if passive species transport can occur between phases or if chemical reaction can occur among species in the same phase. 2. Facilitated transport increases the mass transport (or apparent diffusion) coefficient above its expected value. 3. In the equilibrium relation between hemoglobin and oxygen in the blood, the concentration of free hemoglobin increases as oxygen concentration increases 4. For heat transfer between the pulmonary airway surface and air that passes over the surface, the dominant process is typically associated with a phase change of water. 5. Convection produced by a hydrostatic pressure difference across a membrane can transport a solute across a membrane only if the chemical potential difference of the solute is zero. 6. Flow can occur from the into the lymphatic vessels even if the time-averaged interstitial hydrostatic pressure is less than that of the lymphatics. 7. The Gibbs-Donnan equilibrium relation determines the concentration distributions of charged permeable and non-permeable chemical species in solutions separated by a membrane. 8. Although osmotic equilibrium is established between ICF and ECF with preservation of electroneutrality, the ICF has a higher concentration of cations than the ECF From just the known mass of an injected tracer that binds to a plasma protein and the tracer equilibrium concentration in plasma, the total blood volume can be computed. 10. If a hypertonic solution of NaCl is injected into the ECF and almost all NaCl enters the ECF, then both ICF and ECF volumes will increase.Explanation / Answer
1) True (T) given statement is true
2) True (T) given statement is true
3) False (F) given statement is false
4) True (T) given statement is true
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