Which requires energy output by the cell?

Indicate how the nurse should prepare the following using full-strength normal saline (0.9%) (solute) and sterile water (solvent). Irrigate foot wound with 0.24 L of 1/4 strength daily. How many milliliters of solvent will the nurse use? How many milliliters of solute will the nurse use?

What medical condition is associated with sodium and water retention?

A client is receiving 820 mL of LR at 20 macrogtt/min. Drop factor: 15 gtt/mL. How long will it take the infusion to be completed? Express final answer in hours and minutes.

Convert the following. 99.5°F = ____________°C Express final answer to the nearest tenth. Indicate Celsius as C.

Order: Infuse heparin at 20,000 units per hour from a solution containing 60,000 units of heparin in 500 mL D5W. How many mL/hr will deliver the ordered dose? Round final answer to the nearest whole number.

Determine the IV flow rate for the following solution by infusion pump. 250 mL 0.9% of NS with 100 units of regular insulin to infuse at 15 units per hour. What rate, in mL/hr, will infuse 15 units/hr? Express final answer to the nearest whole number.  

The nurse is caring for a client who is currently receiving IV heparin. The client weighs 257 lb. The most recent aPTT is 43 seconds. Use the Weight-Based Heparin Protocol to answer the questions that follow. Round converted weight to the nearest tenth. heparin protocol 1.jpg What is the initial infusion rate in units/hr? Express final answer to the nearest whole number. The client’s most recent aPTT is 93 seconds. Based on this result, what is the new infusion rate in mL/hr? Express final answer to the nearest whole number.

The nurse receives an order for 1.75 L D5 ½ NS to infuse at 120 mL/hr.  How long will it take for the IV to infuse? (Express final answer in hours and minutes.) The infusion began at 10:30 PM, at what time will the infusion be completed? (Express final answer in military time.)

Chemoreceptors respond to a change in _____.