A nurse recognizes they administered a medication over one hour when the order dictated the medication be given over 90 minutes. Which should be the first action performed by the nurse?
Prepare and administer the prescribed antidote.
Notify the charge nurse, the nurse manager, and the prescriber.
Assess the identify the presence of urgent safety issues
Complete an incident report detailing the error
The Correct Answer is C
A) Prepare and administer the prescribed antidote: Administering an antidote would only be appropriate if the medication error resulted in a harmful reaction that requires immediate reversal. Since the issue here is the timing of medication administration, it is more important to first assess the client for any immediate effects rather than administering an antidote, which might not be necessary at this stage.
B) Notify the charge nurse, the nurse manager, and the prescriber: While notifying the appropriate staff is crucial, the first action should be assessing the client for any safety concerns or complications resulting from the medication administration error. Immediate evaluation of the client's condition should take precedence over notification.
C) Assess and identify the presence of urgent safety issues: The first priority in this situation is to assess the client for any adverse effects or reactions due to the medication being administered too quickly. This could include monitoring for signs of toxicity, adverse reactions, or changes in vital signs that may indicate a potential risk to the client’s health. Once the client's status is assessed, further actions such as notifying other staff or completing an incident report can follow.
D) Complete an incident report detailing the error: While documenting the error in an incident report is necessary, this should not be the first step. The immediate priority is to ensure the client’s safety by assessing their condition, as an error in the timing of medication administration may result in unwanted side effects or complications that need to be addressed first.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A) "I will avoid alcohol and cigarettes.": This is a correct and important statement for a client with GERD. Both alcohol and cigarettes can relax the lower esophageal sphincter, increasing the likelihood of acid reflux and exacerbating GERD symptoms. Avoiding these substances is a standard recommendation for managing GERD.
B) "I will have a small snack right before bedtime.": This statement indicates the need for additional education. Eating a meal or snack right before bedtime can exacerbate GERD symptoms because lying down after eating can increase the likelihood of acid reflux. It is generally recommended for clients with GERD to avoid eating at least 2-3 hours before going to bed to reduce the risk of reflux.
C) "I will wear loose fitting clothes.": Wearing loose-fitting clothes is an appropriate measure for managing GERD. Tight clothing around the abdomen can increase pressure on the stomach, promoting acid reflux. Loose clothing helps avoid this additional pressure, which can alleviate symptoms.
D) "I will take all NSAIDs and steroids with food.": This is generally good advice for reducing the risk of stomach irritation caused by NSAIDs and steroids, which can worsen GERD symptoms or cause gastric ulcers. Taking these medications with food can help buffer the stomach lining and reduce irritation.
Correct Answer is ["12"]
Explanation
1. Convert the child's weight from pounds to kilograms:
There are approximately 2.2 pounds in 1 kilogram.
33 pounds / 2.2 pounds/kg = 15 kg (approximately)
2. Calculate the total milligrams of amoxicillin needed per dose:
The order is for 20 mg/kg/dose.
The child weighs 15 kg.
20 mg/kg * 15 kg = 300 mg
3. Determine the concentration of the amoxicillin suspension:
The label shows the concentration is 125 mg/5 mL.
4. Set up a proportion to find the volume (in mL) needed:
125 mg / 5 mL = 300 mg / x mL
5. Solve for x:
Cross-multiply: 125x = 300 * 5
125x = 1500
x = 1500 / 125
x = 12 mL
Answer: You will administer 12 mL per dose.
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