Nursing Elites

1. To accurately assess a patient's respiration rate, which of the following methods would be BEST?

• A. Tell the patient, 'Please remain silent while I count your number of breaths.'
• B. Count respirations at the same time you are counting the pulse rate
• C. Count the pulse rate for one minute, then, while keeping your index fingers on the patient's radial artery, count the respirations for an additional minute.
• D. Count the patient's respiration rate, then take the patient's temperature, and then take the pulse rate.

Correct answer: B

Rationale: The most accurate method to assess a patient's respiration rate is to count the breaths simultaneously while counting the pulse rate. This approach ensures that the patient is unaware of the specific focus on their breathing, preventing any conscious alteration in breathing patterns. Choice A is incorrect because informing the patient may lead to altered breathing as the patient may consciously change their breathing pattern. Choice C involves counting the pulse rate first, which is not necessary for assessing respiration rate. Choice D is incorrect as it includes unnecessary steps such as taking the patient's temperature before counting respiration rate, which adds no value to accurately assessing the respiration rate.

2. When a nurse's hand comes in contact with a client's blood after providing wound care, what is the next action the nurse should take?

• A. Use an alcohol-based hand sanitizer to disinfect the hands
• B. Wash hands with soap and water using appropriate technique
• C. Notify the appropriate personnel about the exposure to client's blood
• D. Sample some of the client's blood to determine the presence of diseases

Correct answer: B

Rationale: When a nurse's hand comes in contact with a client's blood, it is important to follow appropriate infection control measures. Using an alcohol-based hand sanitizer is not sufficient in this scenario as the blood is a visible contaminant. The best practice is to wash hands with soap and water using appropriate technique to ensure thorough cleansing and removal of any potential pathogens. Notifying the appropriate personnel about the exposure is important for documentation and further evaluation, but immediate hand hygiene is crucial. Sampling the client's blood for disease determination is not within the nurse's scope of practice and is unnecessary in this situation.

3. When is a physician likely to assess turgor?

• A. When iron deficiency is suspected.
• B. When heart and lung issues are suspected.
• C. When dehydration is suspected.
• D. None of the above.

Correct answer: C

Rationale: Skin turgor is assessed when dehydration is suspected. To evaluate skin turgor, a physician pinches the skin and observes how quickly it returns to its normal position. If the skin stays folded for an extended period, it indicates dehydration. Assessing turgor helps determine a patient's hydration status. Choice A is incorrect because skin turgor is not used to assess iron deficiency. Choice B is incorrect as turgor is not related to heart and lung issues, but rather hydration status. Choice D is incorrect as turgor assessment is relevant when dehydration is suspected.

4. Which of the following organs would be described as being located retroperitoneally?

• A. Kidneys
• B. Thymus
• C. Small Intestines
• D. Spleen

Correct answer: A

Rationale: The term 'retroperitoneal' refers to organs positioned behind the peritoneum. The kidneys are retroperitoneal organs, located outside the peritoneal cavity, against the posterior abdominal wall. This positioning provides them with additional protection from external forces due to the surrounding structures. The thymus, small intestines, and spleen are not retroperitoneal organs. The thymus is located in the mediastinum, the small intestines are intraperitoneal, and the spleen is intraperitoneal and located in the left upper quadrant of the abdomen.

5. When considering the structural organization of the human body, what is the basic unit of life?

• A. Chemicals
• B. Atoms
• C. Molecules
• D. Cells

Correct answer: D

Rationale: The basic unit of life is the cell. Cells are considered the fundamental unit of life because they are capable of carrying out all the processes necessary for life, such as growth, reproduction, responding to stimuli, and more. While chemicals, atoms, and molecules are essential components of cells and living organisms, they are not considered the basic unit of life. Chemicals are general substances, atoms are the smallest units of matter, and molecules are combinations of atoms. Therefore, the correct answer is cells, as they are the building blocks of all living organisms.

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