When teaching a patient a skill such as self-injection of insulin, what is the best way to set up the teaching/learning session?
Provide written pamphlets for instruction.
After demonstrating the procedure, allow the patient to do several return demonstrations.
Show a video, and allow the patient to practice as needed on his own.
Verbally explain the procedure, and provide written handouts for reinforcement.
The Correct Answer is B
Choice A rationale:
Providing written pamphlets for instruction can be a useful supplement, but it may not be the most effective method for teaching a skill like self-injection of insulin. This is because it lacks the hands-on practice and immediate feedback that can be crucial for learning a new physical skill.
Choice B rationale:
After demonstrating the procedure, allowing the patient to do several return demonstrations is considered one of the best methods for teaching a skill like self-injection of insulin. This approach, often referred to as “see one, do one, teach one,” allows the patient to observe the correct technique, practice it themselves, and then demonstrate their understanding by teaching it back. This method is particularly effective because it engages the patient in active learning and provides opportunities for immediate feedback and correction.
Choice C rationale:
Showing a video and allowing the patient to practice as needed on his own can be helpful, but it may not be as effective as other methods. This is because it lacks the immediate feedback and personalized instruction that can be provided in a one-onone teaching session. Additionally, practicing “as needed” may not provide the consistent repetition needed to master a new skill.
Choice D rationale:
Verbally explaining the procedure and providing written handouts for reinforcement can be effective, but it may not be sufficient for teaching a skill like self-injection of insulin. This is because it lacks the hands-on practice that is crucial for learning a new physical skill. Additionally, relying solely on verbal explanation and written handouts may not address all learning styles.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A rationale:
While it’s important for the client’s family to be aware of the disease and take precautions, they do not necessarily need to take medications to prevent infection. Tuberculosis (TB) is a contagious disease, but it typically requires close and prolonged contact to spread. Family members should be tested for TB, and if they test positive, then treatment would be necessary.
Choice B rationale:
This is the correct answer. A typical course of treatment for TB involves 6 to 9 months of consistent medication use. This is because TB bacteria die very slowly, and medications need to be taken for several months to ensure that all the bacteria are killed. If treatment is stopped too soon, some bacteria may survive and become resistant to the drugs.
Choice C rationale:
It’s not accurate to say that medications will need to be taken for the rest of the client’s life. While TB treatment is lengthy, it does not continue indefinitely. Once the full course of treatment is completed and the disease is cured, further medication is not typically necessary.
Choice D rationale:
The Mantoux test, also known as the tuberculin skin test, is used to determine whether a person has TB infection. However, the test can remain positive for a long time, even after successful treatment. Therefore, medications should not be taken until the Mantoux test is negative. Instead, the duration of treatment is determined by the healthcare provider based on various factors, including the patient’s response to the medication.
Correct Answer is C
Explanation
The correct answer is Choice C.
Let’s go through the calculation step by step:
Step 1: Identify the order and the available medication. The order is for dexamethasone (Decadron) 6mg IM. The available stock is dexamethasone 4mg/1ml in a 5ml multidose vial.
Step 2: Determine the amount of medication needed to fulfill the order. This is done by dividing the ordered amount by the concentration of the available medication.
So, we have:
Step 2 Calculation=Concentration of Available MedicationOrdered Amount Substituting the given values: Step 2 Calculation=4 mg/mL6 mg Step 3: Perform the calculation.
Step 3 Calculation=1.5 mL
So, the nurse will prepare 1.5 mL of this medication.
Now, let’s discuss the rationales for each choice:
Choice A rationale:
75 mLs is not the correct amount. This would be a significantly larger dose than ordered, which could lead to an overdose.
Choice B rationale:
5 mLs is not the correct amount. This would also be a larger dose than ordered, which could lead to an overdose.
Choice C rationale:
1.5 mLs is the correct amount. This is calculated by dividing the ordered dose (6 mg) by the concentration of the available medication (4 mg/mL).
Choice D rationale:
15 mLs is not the correct amount. This would be a significantly larger dose than ordered, which could lead to an overdose.
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