Question

In: Chemistry

A nurse practitioner orders 0.4 ounces (oz) of liquid Tylenol every 4-6 hr. for a temperature greater than 101.5°F.

1) A nurse practitioner orders 0.4 ounces (oz) of liquid Tylenol every 4-6 hr. for a temperature greater than 101.5°F. You have a measuring cup in milliliter (mL) calibrations. How many mL will you administer to the patient? (1 oz = 30 mL)

2)An older physician orders Aspirin grain X (gr 10), by mouth (po), for a patient with a headache. The pharmacist provides you with Aspirin 325 mg tablets (tab). How many tab(s) will you administer to the patient? (1 gr = 60 mg)

3)An ER physician orders Amoxicillin suspension, 0.25 grams (g), by mouth (po) immediately (STAT) for a 9-year-old patient diagnosed with otitis media. The pharmacist provides you with Amoxicillin suspension: 125 mg/ 5 mL. How many teaspoon(s) (t) will you administer to the patient? (1 t = 5 mL)


Solutions

Expert Solution

1) 1 oz = 30 mL

Volume in ml = 0.4*30 = 12 ml


2) 1 gr = 60 mg

No of tablets = 10 gr* 60 mg/gr * 1/325 tablet/mg

                = 10*60*1/325 = 1.846 tablets

3)
     1 t = 5 ml


      5 ml = 125 mg

total amount of drug required = 0.25 grams

Volume of drug must be taken = 0.25*1000*5/125   = 10 ml

No of teaspoon(s) must be taken = 10/5 = 2


Related Solutions

The prescriber orders Tylenol 10mg/kg every 6 hours as needed for a 40 lbs five year...
The prescriber orders Tylenol 10mg/kg every 6 hours as needed for a 40 lbs five year old child. If the bottle is labeled Tylenol 160mg/5mL, how milliliter(s) would you advise the mother to give the child per dose?
You have Erythromycin liquid 400mg/5ml. The physician orders Erythromycin oral suspension 600mg by mouth every 6...
You have Erythromycin liquid 400mg/5ml. The physician orders Erythromycin oral suspension 600mg by mouth every 6 hours. How many ml will you give?
Index 1 2 3 4 5 6 7 Temperature (F) 72 71 78 75 81 77...
Index 1 2 3 4 5 6 7 Temperature (F) 72 71 78 75 81 77 68 Pair of Gloves 37 37 32 36 33 35 39 Taking temperature as an independent variable and pairs of gloves produced as a dependent variable, compute the least square’s regression line.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT