Using the Noyes-Whitney model, calculate the rate of dissolution (in mg/min) of theophylline particles with the...
Using the Noyes-Whitney model, calculate the rate of dissolution (in mg/min) of theophylline particles with the following parameters: Cs = 7.5 µg/mL, S = 3.75 x 103 cm2, D = 1.75 x 10-8 cm2/s, h = 25µm and Cb = 0.13µg/mL
Homework Answers
N:B:
Given ,S = 3.75 x 103 cm2 , D = 1.75 x 10-8 cm2/s , Cs = 7.5 µg/mL , h = 25µm and Cb = 0.13µg/mL
1ml = 1 cm3 ,1 µm = 10 -4 cm.
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Using the Noyes-Whitney model, calculate the rate of dissolution
(in mg/min) of theophylline particles with the...
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Using the thermodynamic data given in
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I need this answered step by step with the Constant Growth Model
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Reaction 2: Reduction NO2 NH4HCO2 NH2 + NO2 Pd/C NO2 NH2 NH2 m-methylaniline p-methylaniline 0-methylaniline ortho meta para Procedure for Reaction 2: 1) The mixture of ortho, meta, and para isomers obtained from reaction 1 (2.4 g, 17.5 mmoles) was added to a 50...
Using the thermodynamic data given in
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Data Table 1 Salt Observations Mass of Salt (g) Volume of Water (ml) 5.0 Initial Final Temperature Temperature (°C) (°C) 1.0173 23.1 21.9 Sodium Chloride completely dissolved, slightly cooler 5.0 1.0233 22.8 15.2 Potassium Chloride completely dissolved, cold to the touch 5.0 0.9824 23.2 30.7 Calcium...
2. the iv is infusing cia gravity flow. calculate the rate in
mcgtt/min.
the book says the answer is 90 mcgtt/min but how do you get
that?
7. how many mL of iv fluid is the patient receiving in 24
hours? the book says the ans is 2,160 ml. the body weight is 140lb
which is 64kg. what would be the next step?
here
are the answers to all the questions & the other questions not
sure if i need...
For 11 and 12, calculate the flow rate in gtt/min for the following infusions. Round rates to the nearest whole number. Show your work using Dimensional Analysis 11. Ceftriaxone 1 g in 100 mL over 60 minutes using a 20 gt/mL macro drip set. DA: 11. 12. Cefazolin 500 mg in 50 ml. to be given over 30 minutes using a mini (micro) drip set. DA: 12. 13. Drug X, 600 mg per 200 mL.. Existing flow rate: 25 mL/hr....
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Calculate the IV flow rate to administer the following medications by using a volume control set, and determine the amount of IV fluid and medication to be added to the chamber. The ordered time includes the flush volume Order: Cleocin 150 mg IV q.8h in 32 mL D5NS over 60 min on an infusion pump. Flush with 28 mL Supply: Cleocin 150 mg/mL Flow rate: Add JO mL/h mL medication and mL IV fluid to the chamber Total IV volume...
The order reads: 900mL NS IV 5 hr. Calculate the flow rate in millimeters per hour when the drop factor is 10 drops per milliliter. The rate ordered by the physician is 80 microdrops per minute. How many milliliters per hour will this patient receive? 1,000 mL of NS must infuse via IV over 8 hours. The drop factor is 20 gtt/mL. Find the flow rate in gtt/min. An infusion of 5% D/W begins with 300 mL in the IV...
I need this answered step by step with the Constant Growth Model
please
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Reaction 2: Reduction NO2 NH4HCO2 NH2 + NO2 Pd/C NO2 NH2 NH2 m-methylaniline p-methylaniline 0-methylaniline ortho meta para Procedure for Reaction 2: 1) The mixture of ortho, meta, and para isomers obtained from reaction 1 (2.4 g, 17.5 mmoles) was added to a 50...
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