Nursing Elites

1. A nurse is determining the fetal heart rate (FHR) and places the fetoscope on the mother's abdomen to count the FHR. The nurse simultaneously palpates the mother's radial pulse and notes that it is synchronized with the sounds heard through the fetoscope. Which action should the nurse take?

• A. Count the FHR for 60 seconds, ensuring that it is synchronized consistently with the mother's radial pulse.
• B. Move the fetoscope to another area on the mother's abdomen to locate the fetal heart.
• C. Ask the mother to lie still while both the FHR and the radial pulse rate are counted.
• D. Count the FHR for 30 seconds and then count the radial pulse rate of the mother for 30 seconds.

Correct answer: B

Rationale: When auscultating the fetal heart rate, the nurse would place the fetoscope on the maternal abdomen, over the fetal back. The nurse would then palpate the mother's radial pulse. If her pulse is synchronized with the sounds from the fetoscope, the nurse would move the fetoscope to another area on the mother's abdomen to locate the FHR. The nurse needs to be sure that the FHR is what is actually being heard. Other sounds that may be heard are the funic sound (blood flowing through the umbilical cord) and the uterine sound (blood flowing through the uterine vessels). The funic sound is synchronized with the FHR; the uterine sound is synchronized with the mother's pulse. Therefore, moving the fetoscope to a different area will help in accurately locating and counting the fetal heart rate. Choice A is incorrect because counting for 60 seconds without changing the position may not address the issue of accurately locating the FHR. Choice C is incorrect as it does not address the need to reposition the fetoscope to locate the fetal heart. Choice D is incorrect because counting the FHR and the radial pulse rate separately may not help in differentiating the two sounds.

2. When a client wishes to improve her appearance by removing excess skin from her face and neck, the nurse should provide teaching regarding which of the following procedures?

• A. dermabrasion
• B. rhinoplasty
• C. blepharoplasty
• D. rhytidectomy

Correct answer: D

Rationale: The correct answer is 'rhytidectomy.' Rhytidectomy, commonly known as a face-lift, is the procedure for removing excess skin from the face and neck. Dermabrasion involves spraying a chemical to freeze the skin lightly, followed by abrasion with sandpaper or a revolving wire brush, used for removing scars, severe acne, and tattoo pigment. Rhinoplasty is for improving the nose's appearance by reshaping the nasal skeleton and overlying skin. Blepharoplasty removes loose and protruding fat from the upper and lower eyelids. Therefore, when a client wants to address excess skin in the face and neck, rhytidectomy is the appropriate procedure.

3. A nurse is explaining a nonstress test to a pregnant client. The nurse explains that the results are nonreactive if which finding is noted on the electronic monitoring recording strip?

• A. Two fetal heart accelerations within a 20-minute period, peaking at 15 beats/min above baseline and lasting 15 seconds from baseline to baseline
• B. Accelerations without fetal movement with fetal heart rate (FHR) increases of 15 beats/min for 15 seconds
• C. Acceleration of the FHR by 25 to 30 beats/min for at least 15 seconds in response to fetal movement
• D. Absence of accelerations after fetal movement

Correct answer: D

Rationale: The correct answer is 'Absence of accelerations after fetal movement.' In a nonreactive (nonreassuring) stress test, the monitor recording would not show accelerations after fetal movement within a 40-minute period. This absence of accelerations indicates a nonreactive result. Choices A, B, and C describe different patterns of fetal heart rate accelerations that are not indicative of a nonreactive result in a nonstress test, making them incorrect. Choice A describes the characteristics of a reactive (reassuring) result, where there should be at least two fetal heart accelerations within a 20-minute period, peaking at least 15 beats/min above the baseline, and lasting 15 seconds from baseline to baseline. Choice B incorrectly states 'Accelerations without fetal movement,' which is contradictory. Choice C describes an acceleration response to fetal movement, which does not signify a nonreactive result.

4. Which of the following is not a nursing responsibility when preparing the client for central line insertion?

• A. advancing the guidewire
• B. explaining the procedure to the client
• C. maintaining sterile technique
• D. ensuring necessary consents are signed

Correct answer: A

Rationale: When preparing a client for central line insertion, nursing responsibilities include explaining the procedure to the client, ensuring necessary consents are signed according to the facility policy, and maintaining sterile technique when preparing the equipment and supplies. Advancing the guidewire is typically performed by the practitioner inserting the central line, not the nurse. It requires specialized training and expertise beyond the scope of nursing practice. Therefore, the correct answer is advancing the guidewire. Option A is the correct answer because it delineates an activity that is not within the usual scope of nursing practice during central line insertion preparation. Options B, C, and D are incorrect as they reflect essential nursing responsibilities in this context.

5. An adult client undergoes various diagnostic tests to determine the pumping ability of the heart. The nurse notes that the results of these tests indicate that the client's cardiac output is 5 L/min. The nurse makes which conclusion?

• A. The client has a low cardiac output.
• B. The client has a high cardiac output.
• C. The client has a normal cardiac output.
• D. The client will need a blood transfusion.

Correct answer: C

Rationale: A cardiac output of 5 L/min falls within the normal range for a resting adult, which typically ranges between 4 and 6 L/min. Cardiac output is calculated as the stroke volume (volume of blood in each systole) multiplied by the heart rate. Therefore, a cardiac output of 5 L/min is considered normal. Choices A and B are incorrect as they misinterpret the result as either low or high, which is not the case based on the provided information. Choice D is unrelated to the client's cardiac output and thus incorrect.

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