Calculate the percentage of stated content in paracetamol tablets using the calbration curve given above and the following data: Data• Weight of 20 tablets¼12.2243 g• Weight of tablet powder taken¼152.5 mg• Stated content per tablet¼500 mg• Initial extraction volume¼200 ml.Dilution steps• 20 ml into 100 ml• 10 ml into 100 ml• Area of chromatographic peak for paracetamol extracted from the tablets¼44 519. Self-test 12.6Calculate the percentage of stated content in paracetamol tablets using the calbration curvegiven above and the following data:Data•Weight of 20 tablets = 12.2243 g.Weight of tablet powder taken = 152.5 mg• Stated content per tablet = 500 mg• Initial extraction volume = 200 ml.Dilution steps• 20 ml into 100 ml• 10 ml into 100 ml• Area of chromatographic peak for paracetamol extracted from the tablets=44 519.

Paracetamol tablets are stated to contain 500 mg of paracetamol per tablet, for this purpose of this…

Self-test 12.6 Calculate the percentage of stated content in paracetamol tablets using the calbration curve given above and the following data: Data • Weight of 20 tablets = 12.2243 g . Weight of tablet powder taken = 152.5 mg • Stated content per tablet = 500 mg • Initial extraction volume = 200 ml. Dilution steps • 20 ml into 100 ml • 10 ml into 100 ml • Area of chromatographic peak for paracetamol extracted from the tablets=44 519.

Self-test 12.6 Calculate the percentage of stated content in paracetamol tablets using the calbration curve given above and the following data: Data • Weight of 20 tablets = 12.2243 g . Weight of tablet powder taken = 152.5 mg • Stated content per tablet = 500 mg • Initial extraction volume = 200 ml. Dilution steps • 20 ml into 100 ml • 10 ml into 100 ml • Area of chromatographic peak for paracetamol extracted from the tablets=44 519.

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter10: Reconstitution Of Powdered Drugs

Section: Chapter Questions

Problem 7.2P

See similar textbooks

Similar questions

topic: Isoelectric Precipitation Appearance of the mixtures containing casein mixed with different buffer solutions: (a) TestTube 1 containing Glycine-HCl buffer; (b) Test Tube 2 containing Acetate buffer; and (c) Test Tube 3containing Phosphate buffer. QUESTION: Based on the given results, what do you think is the isoelectric pH of casein? Briefly discuss your basis for determining it.
1&1/2 tsp po BID x 14 days #QS How many milliliters should the pharmacy dispense?
a 14years client with type 1 diabetes weighing 110 pounds has an attack of hypoglycemia. he has been prescribed 0.5 g/kg of 50% dextrose. the 50% dextrose is supplied in 0.5 mg/mi prefilled syringes calculate thr dosage for the client by converting the weight into kilograms and the amount of dextrose in the syringe into gram. solution- 1.5ml (show work) 110lbs- 49.8 kg
An order reads: Daptomycin in NS IV Administer 8 mg/kg over 30 min q24 hrs x 10 days How many milliliters of a vial containing 500 mg of daptomycin in 10 mL should be added to a 100 mL bag of NS to follow the order above to treat a 245-lb patient?
15.5 R Erythromycin Lactobio- nate Dexamethasone Sodium Phosphate Glycerin 500 mg 100 mg 2.5 mL Sterile Water for Injec- tion ad M. ft. Ophthalmic Solution 100 mL (a) What is the percentage strength of erythromycin lactobionate in the prescription? (b) If glycerin has a specific gravity of 1.25, what is its concentration (w/v) in the prescription? 15. (a) 0.5% w/v erythromycin lactobionate (b) 3.125% w/v glycerin
FOLIN-WU METHOD a. What is the type of blood sample used and how much of it is added to distilled water? b. What are the protein precipitants used and indicate the specific concentration of each? c. What is the color of the precipitate obtained? d. If the desired color of the mixture(blood sample and reagent mixture) is not achieved, what chemical is added drop by drop to obtain the desired color? Specify the conc.
Saved IV loading dose of the sedative phenobarbital consists of 8 mg/min for 2 hours. The total infusion solution consists of 700 ml. If ere are 15 drops per milliliter of solution, how many drops per minute should be administered? drops per minute
2 if there is a stock solution of 2000 (ug/ml) , is it possible to use SERIAL DILUTION to generate the following 8 tubes with their concentrations? A 2000 (ug/ml) B 1500 (ug/ml) C 1000 (ug/ml) D 750 (ug/ml) E 500 (ug/ml) F 250 (ug/ml) G 125 (ug/ml) H 0 (ug/ml)
EXPLAIN WHY? Ciprofloxacin (Cipro) is a fluoroquinolone antibotic. Itselimination half life and the apparnt volume of distribution are 4h and 2,25 L/kg respectively. The IV bolus administration ofciprofloxacin yielded the plasma concentration 1,048microgram/mL at 6 h. Determine the administered dose ofCipro?a. 2,963 mg/kgb. 6,667 mg/kgc. 2,963 microgram/mLd. 5.0 mg Levofloxacin is a broad spectrum antibotic. It is reported that itis completely removed in an unchanged from the body and itselimination half life is 7 h. Determine the amount oflevofloxacin eliminated in urine at 10 h following IV bolusadministration of 6,25 mg/kg dose to a patient weighing 80 kg.a. 185,75 mgb. 314,25 mgc. 314,25 mg/kgd. 18,57 mg The numerical value of the term e-kt at a time equalto 3 half lives of a drug will always be equal toa. 0.5b. 0.75c. 0.05d. 0.125