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The sodium sulfate solution contains: (300 mL) (010 mol Na2SO4/1000 mL) (1 mol SO42 /1 mol Na2SO4) = 00030 mol SO42 The strontium and sulfate ions react in a 1:1 ratio, so 00030 mol of sulfate ion will combine with 00030 mol of strontium ion leaving 0011 mol of strontium in a total volume of 1000 mL The final strontium ion concentration is: (0011 mol Sr 2+ )(1000 mL) = 011 M Sr 2+ (1000 mL)(1L) 4 B A (nitrous acid) and D (acetic acid) are weak acids, and E (ammonia) is a weak base Weak acids and bases are weak electrolytes C (ethanol) is a nonelectrolyte Potassium nitrate (B) is a water-soluble ionic compound 5 B The number of moles of chloride ion needed is: (400 mL)(10 mol Cl /1000 mL) = 040 mol Cl

This section highlights work efforts and issues that have been identified by standards-making bodies, particularly the IETF, for VoMPLS/VoIPoMPLS1 A VoIPoMPLS (vompls) Working Group has been proposed to define a framework for the operation of VoMPLS and identify requirements for possible extensions to existing protocols to support this application The Working Group would serve as a forum for discussing VoIPoMPLS technology integration issues Deliverables should include

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The initial number of moles of chloride ion in the solution is: (400 mL)(030 mol MgCl2/1000 mL)(2 mol Cl /mol MgCl2) = 024 mol Cl The number of moles needed = [(040 024) mol Cl ] (1 mol CaCl2/2 mol Cl ) = 0080 mol 6 D Both of the acids are strong acids and yield + 1 mol of H each Calculate the number of moles + of H produced by each of the acids Divide the total number of moles by the final volume

The answer is both The luminal fluid and the medullary interstitium would both become isosmotic, and so would the final urine The answer is true Allowing back-leak of chloride would reduce the paracellular reabsorption of sodium, and thus reduce the overall reabsorption of both sodium and chloride and prevent concentrating the medullary interstitium The answer is false There is no reabsorption of sodium or chloride by the descending thin limb of Henle s loop The answer is true There is always net reabsorption of both sodium and water in the medulla from long loops of Henle and medullary collecting ducts Under the influence of ADH, the reabsorption of water in the inner medullary collecting ducts is further stimulated This solute and water must be removed from the medullary interstitium The answer is true As with maximum levels of ADH, there is always net reabsorption of sodium and water in the medulla With minimum levels of ADH, there is still net reabsorption of water in the inner medullary (not cortical) collecting ducts As described in the text, with low levels of ADH (and hence little reabsorption in the cortex), the gradient for water reabsorption in the inner medulla is quite large, and there is always some finite water permeability in this region It ceases completely Even though the active step is not altered by the drug, there will be no sodium entering the cell to be acted on by the pumps The answer is false The medullary osmolality reaches its highest value only during extreme dehydration The normal value is somewhat below the maximum, and fluctuates throughout the day in response to dietary input

VoIPoMPLS framework and informational Request for Comments (RFC) Mapping voice service definitions and packet transport performance requirements to MPLS and informational RFCs VoIPoMPLS call and device control protocol requirements, and informational RFCs VoIPoMPLS QoS/GoS parameter usage/requirements, best current practice (BCP), and RFCs

(0085 mol H )(1000 mL) = 085 M H+ (1000 mL)(1L)

7 1 (1) 5 mmol/min Approximately two-thirds of filtered sodium is reabsorbed by the proximal tubule (2) 66 mmol/min Filtered sodium rises from 15 to 20 mmol/min Glomerulotubular balance maintains fractional sodium reabsorption at approximately two-thirds of the filtered load The answer is no As soon as the person starts to become sodium deficient as a result of the increased sodium excretion, the usual sodiumretaining reflexes will be set into motion They will, of course, be unable to raise aldosterone secretion, but they will lower GFR and alter the other factors that influence tubular sodium reabsorption to compensate at least partially for the decreased aldosterone-dependent sodium reabsorption The answer is no It will probably be slightly above normal because of increased filtration fraction (ie, reduction in GFR and an even greater reduction in renal blood flow secondary to renal arteriolar constriction mediated by the renal sympathetic nerve and angiotensin II)

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