The nurse is caring for a patient who has decreased mobility. Which intervention is a simple and cost-effective method for reducing the risks of stasis of pulmonary secretions and decreased chest wall expansion?
Frequent change of position
Antibiotics
Oxygen humidification
Chest physiotherapy
The Correct Answer is A
A. Frequent change of position:
Frequent changes in position help prevent pooling of secretions and promote lung expansion. This simple and cost-effective measure is important in preventing complications related to immobility, such as pneumonia and atelectasis. It aids in maintaining optimal respiratory function.
B. Antibiotics: Antibiotics are used to treat bacterial infections and would not directly address the risks associated with decreased mobility.
C. Oxygen humidification: While oxygen therapy may be necessary in some cases, humidification is typically used to prevent drying of mucous membranes and is not a primary intervention for preventing complications of decreased mobility.
D. Chest physiotherapy: Chest physiotherapy involves techniques to mobilize respiratory secretions and may be indicated in specific situations. However, it is not as simple and cost-effective as frequent changes in position.
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Related Questions
Correct Answer is D
Explanation
A. The client with a history of a myocardial infarction who has a p wave before every QRS complex.
This may indicate a heart block, which requires attention. However, it's not an immediate life-threatening situation.
B. The client diagnosed with heart failure who has bilateral 2+ pitting pedal edema.
Bilateral pitting pedal edema is a sign of fluid overload, which is concerning and requires attention.
C. The client with sinus bradycardia (HR 56/min) that is reporting fatigue.
While bradycardia and fatigue are concerns, they might not be as urgent as the client with fluid overload.
D. The client diagnosed with coronary artery disease who is now reporting new onset of severe indigestion.
New onset of severe indigestion in a client with coronary artery disease raises concern for a potential cardiac event, and this should be addressed promptly.
Correct Answer is ["50"]
Explanation
To calculate the drops per minute for the ondansetron infusion, we need to use the formula:
drops per minute = (volume in mL x drop factor) / time in minutes
In this case, the volume is 50 mL, the drop factor is 15 gtt/mL, and the time is 15 minutes. Plugging these values into the formula, we get:
drops per minute = (50 x 15) / 15
drops per minute = 750 / 15
drops per minute = 50
Therefore, the nurse should set the infusion pump to deliver 50 drops per minute of ondansetron to the client with severe nausea.
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