A client requires an IV antibiotic piggyback. The nurse understands that the primary IV solution with gravity flow tubing needs to be hung:
higher than the piggyback medication.
lower than the piggyback medication.
at the same height as the the piggyback bag.
lower than the IV insertion site.
The Correct Answer is A
A. Positioning the primary IV solution bag higher than the piggyback medication bag creates a pressure gradient, allowing the primary solution to infuse first. Once the primary solution has finished, the secondary piggyback medication automatically starts infusing. This setup ensures that the primary solution is fully infused before the piggyback medication begins.
B. Placing the primary IV solution bag lower than the piggyback medication bag is not the standard practice. This setup would create a pressure gradient that could result in the piggyback medication infusing before the primary solution, which is not desirable. It could lead to incomplete infusion of the primary solution and compromise the effectiveness of the treatment.
C. Positioning the primary IV solution bag at the same height as the piggyback bag does not create a pressure gradient for sequential infusion. As a result, both solutions would flow at the same rate, and it would be challenging to control the order of infusion. This setup is not appropriate for administering IV antibiotics via piggyback because it does not ensure the proper sequence of infusion.
D. The height of the IV solution relative to the insertion site is essential for proper infusion and preventing complications such as infiltration or phlebitis. Ideally, the IV solution should be hung at a height that allows for a gentle flow of fluid into the vein without causing excessive pressure or backflow. Placing the IV solution lower than the insertion site helps facilitate gravity-assisted flow into the vein.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
C. Excessive noise in the hospital environment, including alarms, conversations, and equipment noises, can disrupt sleep and negatively impact sleep quality. Therefore, limiting unnecessary noise on the unit is a crucial nursing intervention for improving sleep quality in the acute care setting. This may involve implementing quiet hours, reducing unnecessary conversations and activities during nighttime hours, and using noise-reducing strategies such as earplugs or white noise machines.
A. While providing a bedtime snack may help alleviate hunger and promote comfort, especially if the client is on a restricted diet or experiencing appetite changes, it may not directly address factors affecting sleep quality. Additionally, consuming food close to bedtime may not be suitable for all patients, especially those with dietary restrictions or certain medical conditions. Therefore, while a bedtime snack may be beneficial in some cases, it may not be the most important intervention for improving sleep quality in the acute care setting.
B. Pulling curtains around the bed can help create a sense of privacy and reduce visual distractions, which may contribute to a more conducive sleep environment. Enhanced privacy can also promote relaxation and feelings of security, potentially improving sleep quality. However, while privacy curtains can mitigate some external disturbances, they may not completely eliminate factors that affect sleep, such as noise or light.
D. Providing a backrub can promote relaxation, relieve tension, and enhance comfort, which may contribute to improved sleep quality for some patients. Massage therapy has been shown to reduce stress and promote relaxation, potentially facilitating better sleep. However, while backrubs can be a beneficial adjunct to promoting relaxation and comfort, they may not address all factors that affect sleep quality in the acute care setting.
Correct Answer is ["A","B"]
Explanation
A. pH 7.29: A respiratory rate of 6 breaths per minute suggests hypoventilation, which can lead to respiratory acidosis due to retention of carbon dioxide (CO2). A decrease in pH (acidosis) is expected in this scenario.
B. PaCO2 54: In respiratory acidosis, PaCO2 levels are elevated due to inadequate ventilation, leading to CO2 retention. Therefore, an elevated PaCO2 level would be anticipated in this situation.
C. pH 7.51: A pH of 7.51 indicates alkalosis, which is not consistent with the expected respiratory acidosis in the context of opioid overdose and hypoventilation. Therefore, this choice is not anticipated.
D. PaO2 72: Oxygenation may be impaired in opioid overdose due to respiratory depression, but this PaO2 level is within the normal range. Hypoxemia is not typically a prominent feature of respiratory acidosis unless there are concurrent respiratory conditions or complications. Therefore, this choice is not anticipated.
E. PaCO2 31: A PaCO2 level of 31 indicates hypocapnia, which is not consistent with the expected respiratory acidosis in the context of opioid overdose and hypoventilation. Therefore, this choice is not anticipated.
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