Nursing Elites

1. Over a patient's lifespan, how does the pulse rate change?

• A. starts out fast and decreases as the patient ages.
• B. starts out slower and increases as the patient ages.
• C. varies from slow to fast throughout the lifespan.
• D. stays consistent from birth to death.

Correct answer: A

Rationale: The correct answer is that the pulse rate starts out fast and decreases as the patient ages. In infants, the normal pulse rate is around 140 beats per minute, which then falls to an average of 80 beats per minute in adults. As individuals age, their pulse rate tends to decrease due to changes in cardiovascular function. Choice B is incorrect as the pulse rate typically decreases with age, rather than increases. Choice C is incorrect as there is a general trend of decreasing pulse rate as individuals age, rather than a continuous variation. Choice D is incorrect as the pulse rate does change over a patient's lifespan, starting fast in infants and decreasing as they age.

2. You are taking care of a patient who has active TB. The patient has been put on airborne precautions and is in a special room. You must wear a HEPA mask when you enter the room. Now, the patient has to leave the room and go to the radiology department. How can you transport this patient to the radiology department without spreading TB throughout the hospital?

• A. Have everyone along the route to the radiology department wear a HEPA mask.
• B. Have patients along the route to the radiology department wear a HEPA mask.
• C. Have staff along the route to the radiology department wear a HEPA mask.
• D. Place a HEPA mask on the patient.

Correct answer: D

Rationale: To prevent the spread of TB throughout the hospital, it is essential to place a HEPA mask on the patient before transporting them to the radiology department. Expecting everyone along the route to wear a HEPA mask is not practical due to the high cost and the need for special fittings. Having patients or staff wear HEPA masks along the route is also not feasible and may not effectively contain the spread of TB.

3. Specific gravity in urinalysis:

• A. compares the concentration of urine to that of distilled water
• B. is useless when the patient is dehydrated
• C. can only be measured using a refractometer
• D. None of the above

Correct answer: A

Rationale: Specific gravity in urinalysis measures the concentration of solutes in urine compared to that of distilled water. This comparison helps in assessing the kidney's ability to concentrate urine properly. It is a valuable test even in dehydrated patients as it provides insights into renal function. Specific gravity can be measured using various methods, including a refractometer or reagent strips. Normal specific gravity readings of human urine typically range from 1.005 to 1.030. Choice A is correct as it accurately describes the purpose of specific gravity in urinalysis. Choices B and C are incorrect as specific gravity remains relevant in dehydrated patients and can be measured using different techniques, not solely a refractometer.

4. Which of the following is an anthropometric measurement?

• A. Blood pressure
• B. Temperature
• C. Pulse Rate
• D. Weight

Correct answer: D

Rationale: Anthropometric measurements relate to the size, weight, and proportions of the human body. Weight is a key anthropometric measurement as it directly reflects body mass, making it the correct choice. Blood pressure, temperature, and pulse rate are physiological measurements that do not specifically pertain to body size or proportion, hence making them incorrect choices in the context of anthropometric measurements.

5. What does the medical term 'basophilia' refer to?

• A. An attachment of the epithelial cells of the skin to a basement membrane
• B. An overabundance of a particular white blood cell in the peripheral blood
• C. An underrepresentation of basophils on a blood smear
• D. None of the above

Correct answer: B

Rationale: The correct answer is 'An overabundance of a particular white blood cell in the peripheral blood.' Basophilia specifically indicates an increased number of basophils in the peripheral blood. It can be observed in conditions like leukemia and certain allergic reactions. Choice A is incorrect as it describes something unrelated to basophilia. Choice C is incorrect as it suggests a decrease in basophils, which is opposite to the actual meaning of basophilia. Choice D is also incorrect as basophilia does have a defined medical significance.

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