The client has an order to receive Dexamethasone 7mg IM. The medication vial label is shown below.  How many mL(s) should the nurse draw up to administer the ordered dose? Round to the tenths.   _________ mL(s)

The client has an order to receive a continuous IV infusion of D5NS.  Identify the letter below the label corresponding to the IV fluid bag the nurse will use to carry out the order.  _______ (A, B, or C)

Download the final exam file here: ACC2202_Final_Exam_Winter.xlsx Once complete, upload your Excel file as LASTNAME_FIRSTNAME_ACC2202_FINAL EXAM.xlsx here using the ‘Add File’ button.

The client has an order to receive Ceftriaxone 1 gram mixed in 100mL of normal saline to be administered IVPB over 30 minutes.  Calculate the IV infusion pump flow rate in mL/hr.  Round to the whole number. _________ mL/hr

The client has an IV of D5NS infusing at 28 drops/min. The drop factor is 10 drops/mL.  How many mL(s) of IV fluid will the client receive in 10 hours? Round to a whole number.  ___________ mL(s) in ten hours

Why is filling the bladder an important patient prep for a transabdominal pelvic exam?

A client has an order to receive Potassium Chloride 40mEq p.o.  The medication label is shown below.  How many tablet(s) should the nurse administer?  Round to the whole tablet. ___________ tablet(s)

The client has an order to receive Amphogel 1.5 ounces every 6 hours. The Amphogel bottle indicates that there is 0.45mg Na+ in each 5 mL.  Calculate the total amount of Na+ in mg(s) the client will receive from Amphogel in a 24 hour period. Round the answer to the nearest tenth.   _______ mg of Na+ in 24 hours

The client has an order to receive Codeine 75mg IM now.  The Codeine medication vial provides a concentration of 60mg/2mL.  How many mL(s) should the nurse draw up to administer the ordered dose?  Round to the tenths. __________ mL(s)

The client has an order to receive a Lactulose 200 grams enema.  The medication label is shown below.  How many mL(s) should the nurse administer?  Round to the whole number. _________ mL(s)