The nurse educator uses manikins to teach patients how to correctly perform CPR on a victim of cardiac arrest. Which teaching technique is used by the nurse?
Enunciation
Simulation
Role play
Analogy
The Correct Answer is B
A. Enunciation refers to clear pronunciation of words, which is not the teaching technique used in this scenario.
B. Simulation involves using realistic scenarios or models, like manikins, to mimic real-life situations. It allows learners to practice skills in a controlled environment, which is exactly what is happening here with CPR training.
C. Role play involves acting out roles in a scenario, which isn't what the manikins are being used for in this case.
D. Analogy uses comparisons to explain concepts, but it doesn’t apply to the hands-on, physical practice of CPR with a manikin
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Determine the patient's educational background and learning abilities is important but should be addressed after assessing the patient's comfort level. It is crucial to first ensure that the patient feels comfortable with the new colostomy before moving forward with further education.
B. Have the patient watch a video that demonstrates how to perform colostomy care may be useful, but it’s important to first assess the patient's emotional readiness to learn and their comfort level with the procedure.
C. Assess the patient's level of comfort with looking at and caring for the colostomy is the correct first step. It’s essential to first assess how the patient feels about the colostomy and determine any emotional or psychological barriers that might need to be addressed before teaching the technical aspects of care.
D. Identify a responsible family member to reinforce colostomy care teaching is important, but the first action should focus on the patient’s readiness and comfort with performing the care themselves.
Correct Answer is ["60"]
Explanation
Flowrategtt/min=Volume(mL)Timemin×Dropfactor(gtt/mL)
Given:
Volume = 100 mL (Levaquin in 100 mL of NS)
Time = 1 hour = 60 minutes
Dropfactor=60gtt/mLtubingdropfactor
Step 1: Calculate the flow rate:
Flow rate=100 mL60 min×60 gtt/mL
Flow rate=1×60=60 gtt/min
Answer: 60 drops per minute
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