5. Using this formula Cu = Au X Cstd.AstdWhere: C = concentrationA = absorbanceU = unknown/sampleSTD = standardCompute for the glucose concentration of the patient's sample.Absorbance of the standard = 0.075; Concentration of the standard = 10.54Absorbance = 0.83Convert you answer to mmol/L or S.I. using the conversion factor for glucose which is 0.055Please show your computation.

Glucose is the main substrate for carrying out cellular metabolism in the body, which is derived…

Answered: 5. Using this formula Cu = Au x CSstd…

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter20: Iv Medication And Titration Calculations

Section: Chapter Questions

Problem 5SST

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4.If the abnormal pH is due to a change in pCO2, then the condition is (metabolic, respiratory). If the abnormal pH is due to a change in HCO3-, then the condition is (metabolic, respiratory) 5. Return to the patient chart and in the empty boxes indicate whether each measured value is normal (N), high (H) or low (L).
1. How much glucose ( MW: 180) we have to add to 2 L normal saline to make 300mOsmol/L?
Blood pH is maintained at a range of 7.4. The following set of equations representsthe reactions of the blood buffering system. The pk, for the dissociation ofH,COg into HOg and H* is 6.3.Carbonic AnhydraseCO2 + H2OH2CO3> HCO3- + H+(a) (Calculate the ratio [HCO3 ]/[H,COg] at physiological pH. Show work.(b)) An individual with diabetes presented at an urgent care with fatigue andnausea. Lab tests showed that their blood [HOg ]/[H,COg] ratio was 3.4. Whatwas the pH of the patient's blood? Show work.(c) ) Clinic staff also noticed that the patient was breathing rapidly. What isthe reason for this rapid breathing and how might it help alleviate the patient'scondition?
Harry ate a late meal at a cheap diner on the way home from work.A couple of hours later, he vomited three times, and then he consumed several packages of an antacid (mostly NaHCO3) over thenext several hours. By the evening of the next day, he was feelingbetter. During this ordeal, his blood pH did not deviate significantly.Select the mechanism(s) that helped maintain Harry’s pH within anormal range.(1) increased respiratory rate(2) increased H+ secretion by the renal tubule(3) decreased respiratory rate(4) decreased H+ secretion by the renal tubulea. 1 b. 2 c. 1,2 d. 3 e. 3,4
1. the liver usually regulates the carbon dioxide in the body. In cases of too much carbon dioxide in the blood, it can lead to acidosis a. both are true b. only second is true c. only first is true d. both ae false 2. chloride: compensated respiratory acidosis, Phosphate: fanconi's syndorme a. both increased b. first decreased,second increased c. both decreased d. first increased, second decreased. 3.an electrolyte that works on both muscle contraction and energy production a. phosphate b. magnesium c. calcitonin d. none of the choices e. calcium 4. 8 hydroxyquinoline is used to prevent intervention by calcium magnesium analysis. For asenazo dye method for magnesium, calcium shelter is not necressary a. both are false b. both are true c. only first is true d. only second is true 5. increased stimulation of the thyroid fland could lead to hypermagnesemia. Increased aldosterone levels like in Addison's disease could lead to high amounts of magnesium in the…
Exposure to air containing 600 ppm CO for 30 minutes results In an actual HbCO blood concentration of 10%. Estimate the percentage of the equilibrium saturation value of HbCO.
1. compute for patient B result of his chloride analysis with the following data using mg/dL unit factor: 355/ mg/dL , Absorbance sample = 0.2148, Absorbance standard = 0.3017 a. 24.8 mg/L b. 25.27 mg/dL c. 2.7119 mmol/L d. 252.7 mg/dL 2. an adult patient suffering from debilitation is supected of calcium deficiency. His doctor requested for calcium anaylusis with the following data gathered standard known value is B: Absorabance is 0.2876. sample absorbance is 0.4291 compute for the calcium in mmol/L a. 53.6mmol/L b. 5.36 mmol/L c. 11.9 mmol/L d. 119mmol/L 3. calculate the value of sodium where the PREC solution has diclored. data gathered are the following: Absorbance of Reagent Blank = 0.3124 Absorbance of sample = 0.114, Absorbance of standard = 0.275 value is 150mmol/L a. 108.2 mmol/L b. 170.4 mmol/L c. 795.72 mmol/L d. 79.5 mmol/L
6. Using only the chart above, determine whether the problem with each patient is/was acidosis or alkalosisand whether it is/was respiratory or metabolic in nature. Explain your reasoning for each patient. Patient A – Patient B – Patient C – Patient D -
4. What will be the effect on the clearing agent if the tissue is incompletely dehydrated? 5. Give the ideal volume of the following:a. Dehydrating agent b. Clearing agent
A drug is infused intravenously (IV) for treatment of a particular disease. The infusion rate of the drug is k0 = 200 mg/hr. The volume of the body fluid V = 16 liters. The drug is excreted (removed) through the kidneys at rate ke = 0.3/hr, proportional to the concentration of the drug in the body fluids. How much is the maximum concentration of the drug in the body in the steady state in mg/l?
An IV bag of NS containing 30 g KCl is being administered at a rate of 80 mL/hr using a macrodrip tubing with a DF of 15 gtts/mL. How many drops per minute is that? Group of answer choices a. 30 gtts/min b. 22 gtts/min c. 10 gtts/min d. 20 gtts/min
A patient is prescribed 0.151 g of Lidocaine intravenously. The lidocaine is available as a 12 mg/mL solution. How many mL must be administered?

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