You are administering NS at 30 gtt/min, with a drop factor of 10 gtt/mL. How much solution will infuse over 3 hr, 51 min?Indicate the quantity and unit of measure where specified. Quantity: Unit:

mL b) Order of Ex.12: Calculate the following injectable dosages. a) Order of dosage: Lasix 40 mg intramuscularly. Supply: Lasix 10 mg/mL Give: dosage: Atropine 0.4 mg intramuscularly one hour pre-operatively. Supply: Atropine 1/150 grain/mL (or 0.0067 grain/mL) Give: dosage: Valium 7.5 mg intramuscularly stat. Supply: Valium 10. mg/mL Give: _mL Ex.13: Use the given table to determine the following. 23.2 g ice mL c) Order of cm3 = g table salt 25.0 cm3 mL 102.2 g gold = g/mL mg/L Ex.14: A cube of metal has a mass of 14.6 g and its sides 3 = m3 density of ethanol = are 12.3 mm. What is the identity of this metal? cm

How to calculate these mL/hr flow rates: A 20 mg/hr rate is ordered using a 100 mg/100mL solution strength. An Iv medication is oredered at the rate of 3 mcg/min. The solutions strength is 8mg in 250 mL.

An IV infusion of 2000 mL D5W was started for a patient beginning at 6:00 AM and was scheduled to run for 12 hours. However, the flow rate of the IV bag was entered incorrectly into the IV pump. At 11:00 AM, 816 mL of D5W remained in the bag. At what flow rate, in mL/hr, should the remaining fluid be given to the patient to complete the administration of the fluid in the scheduled time?