Nokea
A small fire has erupted in a wastebasket in the client waiting room. Which of the following is the first action of the nurse?
- A. Call 9-1-1
- B. Find the fire extinguisher
- C. Move clients to safety
- D. Throw water on the fire
Correct Answer: C
Rationale: When a fire starts in a healthcare setting, the first action of the nurse is to move clients and anyone who may be in danger to a safe location. Ensuring the safety of clients is the top priority during emergencies. While using a fire extinguisher could be a subsequent step to contain the fire, the immediate focus should be on evacuating individuals from harm's way. Calling 9-1-1 is important, but moving clients to safety should be the nurse's initial response. Throwing water on the fire may not be effective or safe, as it can exacerbate some types of fires.
You may also like to solve these questions
While performing CPR, a healthcare provider encounters a client with a large amount of thick chest hair when preparing to use an automated external defibrillator (AED). What is the next appropriate action for the healthcare provider?
- A. Apply the pads to the chest and provide a shock
- B. Wipe the client's chest down with a towel before applying the pads
- C. Shave the client's chest to remove the hair
- D. Do not use the AED
Correct Answer: C
Rationale: When using an AED, it is crucial for the pads to have good contact with the skin to effectively deliver an electrical shock. While AED pads can adhere to a client's chest even with some hair, thick chest hair can hinder proper current conduction. In such cases, it is recommended to shave the area of the chest where the pads will be applied. Most AED kits include a razor for this purpose. The healthcare provider should act promptly to minimize delays in defibrillation. Option A is incorrect because it may lead to ineffective treatment due to poor pad adherence. Option B is not the best course of action as wiping the chest may not resolve the issue of poor pad contact. Option D is incorrect as not using the AED could jeopardize the client's chance of survival in a cardiac emergency.
When performing CPR, at what rate should chest compressions be applied?
- A. 100 per minute
- B. 60 per minute
- C. As quickly as possible
- D. 200 per minute
Correct Answer: A
Rationale: During CPR, chest compressions should be applied at a rate of 100 compressions per minute in order to effectively circulate blood and oxygen to vital organs. Option A, '100 per minute,' is the correct answer as it aligns with the recommended compression rate in CPR guidelines. Option B, '60 per minute,' is incorrect as it is too slow and may not provide adequate circulation. Option C, 'As quickly as possible,' is vague and does not specify the recommended compression rate. Option D, '200 per minute,' is incorrect as it exceeds the recommended rate and may not be as effective in maintaining perfusion.
What does the medical term 'diaphoresis' mean?
- A. Profuse vomiting
- B. Profuse sweating
- C. Gasping for air
- D. None of the above
Correct Answer: B
Rationale: The correct answer is B: Profuse sweating. Diaphoresis is a medical term that refers to excessive sweating. It is commonly seen in emergency situations such as heart attacks or diabetic episodes. Choice A, 'Profuse vomiting,' is incorrect as diaphoresis is not related to vomiting. Choice C, 'Gasping for air,' is also incorrect as it refers to difficulty breathing, not sweating. Choice D, 'None of the above,' is incorrect as diaphoresis specifically relates to sweating.
A patient's Foley catheter has been discontinued. You will dispose of this patient equipment by doing which of the following?
- A. Wearing gloves and then placing this equipment in the regular trash can after it is placed in a paper bag.
- B. Simply placing this equipment in the regular trash can after it is placed in a paper bag.
- C. Wearing gloves and then placing this equipment into a special 'hazardous waste' container.
- D. Simply placing this equipment in the 'hazardous waste' container after it is placed in a paper bag.
Correct Answer: C
Rationale: When disposing of used patient equipment, such as a Foley catheter, that has come in contact with bodily fluids, it is considered hazardous waste. The correct procedure involves wearing gloves and placing the Foley bag and tubing into a special 'hazardous waste' container. This container is marked as 'Hazardous' and is typically red to indicate the potential danger of its contents. Placing the equipment in a regular trash can, even if placed in a paper bag, is not appropriate as it does not meet the standards for disposing of hazardous waste. Therefore, options A and B are incorrect. Similarly, simply placing the equipment in a 'hazardous waste' container after it is placed in a paper bag is also incorrect as direct disposal into the designated container while wearing gloves is the proper protocol, making option D incorrect.
The student observes a patient with no breathing problems. Which action by the student indicates a need to review respiratory assessment skills?
- A. The student starts at the apices of the lungs and moves to the bases.
- B. The student compares breath sounds from side to side, avoiding bony areas.
- C. The student places the stethoscope over the posterior chest and listens during expiration.
- D. The student instructs the patient to breathe slowly and a little more deeply than normal through the mouth.
Correct Answer: C
Rationale: The correct answer is C. Listening only during inspiration instead of both inspiration and expiration indicates a need for a review of respiratory assessment skills. During chest auscultation, it is essential to listen to at least one cycle of inspiration and expiration at each placement of the stethoscope. Instructing the patient to breathe slowly and a little deeper than normal through the mouth is a correct practice during auscultation. The correct sequence for lung auscultation is from the apices to the bases, comparing breath sounds bilaterally, avoiding bony areas. It is crucial to place the stethoscope over lung tissue rather than bony prominences to accurately assess lung sounds.