The nurse is caring for a client who is having difficulty sleeping in the hospital environment. How can the nurse intervene? (SELECT ALL THAT APPLY)

C. Regular assessment of the IV site is crucial to detect early signs of infiltration. Signs of infiltration include swelling, coolness, pain, or blanching around the insertion site. Assessing the site allows nurses to intervene promptly if infiltration occurs, preventing further complications such as tissue damage or fluid overload.

A. Flushing the IV catheter with normal saline helps to maintain patency and prevent blockage of the catheter. It also ensures that medications are effectively delivered into the bloodstream. While this action is important for maintaining the function of the IV catheter, it primarily addresses patency rather than preventing infiltration directly.

B. Securing the IV catheter to the extremity with a securement device (such as tape or a transparent dressing) helps prevent accidental dislodgement or movement of the catheter. This reduces the risk of

mechanical irritation at the insertion site, which can contribute to infiltration. Proper securement also ensures that the catheter remains in place during movement or patient activities.

D. Proper technique during catheter insertion helps reduce the risk of infection and subsequent complications, but it also indirectly contributes to preventing infiltration. Contamination during insertion can lead to inflammation or infection at the site, which may increase the risk of infiltration due to compromised tissue integrity.

Total Volume (ml) / Rate (ml/hr) = Time (hr).

For a client receiving 2 liters of IV fluid at a rate of 125 ml/hr,

Convert liters to milliliters (since 1 liter = 1000 ml, therefore 2 liters = 2000 ml). Then, divide the total volume by the rate: 2000 ml / 125 ml/hr = 16 hours.

So, the nurse should expect the IV fluids to last for 16 hours.