Nursing Elites

1. How often should the intravenous tubing on total parenteral nutrition solutions be changed?

• A. every 24 hours
• B. every 36 hours
• C. every 48 hours
• D. every 72 hours

Correct answer: A

Rationale: The correct answer is to change the intravenous tubing on total parenteral nutrition solutions every 24 hours. This frequency is necessary due to the high risk of bacterial growth associated with TPN solutions. Changing the tubing every 24 hours helps prevent contamination and bloodstream infections. Choices B, C, and D are incorrect because waiting longer intervals increases the risk of introducing harmful bacteria into the patient's system, leading to potentially severe complications.

2. Which reported symptom(s) would indicate a client with Addison's disease has received too much fludrocortisone (Florinef) replacement?

• A. Oily skin and hair
• B. Weight gain of 6 pounds in one week
• C. Loss of muscle mass in arms and legs
• D. Increased blood glucose level

Correct answer: B

Rationale: Fludrocortisone replacement in Addison's disease involves mimicking the action of aldosterone, a mineralocorticoid that causes the retention of sodium and water. Excessive retention of sodium and water can lead to weight gain. Therefore, a sudden increase in weight, especially a significant amount like 6 pounds in one week, can indicate an overdose of fludrocortisone. Choices A, C, and D are incorrect because oily skin and hair, loss of muscle mass, and increased blood glucose levels are not typically associated with excessive fludrocortisone replacement.

3. A client describes her cervical mucus as clear, thin, and elastic. Upon examination, the nurse demonstrates that the cervical mucus can be stretched 8-10 cm. The nurse correctly documents the finding as:

• A. increased ferning capacity.
• B. lack of ferning.
• C. spinnbarkheit.
• D. inhospitable.

Correct answer: C

Rationale: The nurse should document the finding as 'spinnbarkheit.' Spinnbarkheit is the term used to describe the clear, thin, and elastic cervical mucus that can be stretched 8-10 cm, indicating ovulation. It helps couples determine the most fertile period for conception. Ferning capacity or crystallization increases as ovulation approaches, but it requires microscopic examination to be confirmed. Lack of ferning cannot be determined without such examination. 'Inhospitable' cervical mucus refers to patterns that prohibit sperm motility, caused by various factors like hormone levels or infection. These conditions cannot be assessed based solely on the description provided in the question.

4. Which of the following methods of contraception is able to reduce the transmission of HIV and other STDs?

• A. intrauterine device (IUD)
• B. Norplant
• C. oral contraceptives
• D. vaginal sponge

Correct answer: D

Rationale: The correct answer is the vaginal sponge. The vaginal sponge is a barrier method of contraception that, when used with foam or jelly contraception, reduces the transmission of HIV and other STDs, as well as reducing the risk of pregnancy. Intrauterine devices (IUDs), Norplant, and oral contraceptives can prevent pregnancy but not the transmission of HIV and STDs. Clients using the contraceptive methods in Choices A, B, and C should be counseled to use a chemical or barrier contraceptive to decrease the transmission of HIV or STDs.

5. An assessment of the skull of a normal 10-month-old baby should identify which of the following?

• A. closure of the posterior fontanel.
• B. closure of the anterior fontanel.
• C. overlap of cranial bones.
• D. ossification of the sutures

Correct answer: A

Rationale: The correct answer is the closure of the posterior fontanel. By 10 months of age, the posterior fontanel should be closed. The anterior fontanel typically closes around 12-18 months of age. Overlapping of cranial bones is not a normal finding and may indicate craniosynostosis, a condition where the sutures close too early. Ossification of the sutures is also not a normal finding in a 10-month-old baby as the sutures should remain open to allow for the growth of the skull.

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