Nursing Elites

1. While assisting with data collection of an adult client, a nurse asks the client to identify various odors. In this technique, which cranial nerve is the nurse assessing?

• A. Optic
• B. Abducens
• C. Olfactory
• D. Hypoglossal

Correct answer: C

Rationale: The correct answer is 'Olfactory.' The olfactory nerve is responsible for the sense of smell. Assessing this nerve involves testing the client's ability to identify various odors. Loss of smell, head trauma, abnormal mental status, and suspected intracranial lesions are conditions where testing the olfactory nerve is essential. The optic nerve is evaluated for visual acuity and visual fields. The abducens nerve is usually assessed alongside the oculomotor and trochlear nerves, focusing on pupil size, regularity, light reactions, accommodation, and extraocular movements. The hypoglossal nerve is examined by inspecting the tongue, not by assessing the sense of smell.

2. A multigravida pregnant woman asks the nurse when she will start to feel fetal movements. Around which week of gestation does the nurse tell the mother that fetal movements are first noticed?

• A. 16 weeks
• B. 6 weeks
• C. 8 weeks
• D. 12 weeks

Correct answer: A

Rationale: Fetal movements (quickening) are first noticed by multigravida pregnant women at 16 to 20 weeks of gestation and gradually increase in frequency and strength. This is when the mother typically begins to feel the baby's movements. Choices B, C, and D are incorrect because fetal movements are not felt as early as 6, 8, or 12 weeks of gestation. At 6 weeks, the embryo's movements are not yet strong enough to be felt by the mother. By 8 weeks, the movements are still too subtle to be perceived. At 12 weeks, although fetal movements start, they are usually not strong enough to be felt by the mother.

3. A healthcare provider is preparing to perform a Rinne test on a client who complains of hearing loss. In which area does the healthcare provider first place an activated tuning fork?

• A. On the client's teeth
• B. On the client's forehead
• C. On the client's mastoid bone
• D. On the midline of the client's skull

Correct answer: C

Rationale: In the Rinne test, the base of an activated tuning fork is held first against the mastoid bone, behind the ear, and then in front of the ear canal (0.5 to 2 inches). When the client no longer perceives the sound behind the ear, the fork is moved in front of the ear canal until the client indicates that the sound can no longer be heard. The client reports whether the sound from the tuning fork is louder behind the ear (on the mastoid bone) or in front of the ear canal. Placing the tuning fork on the teeth (Choice A), forehead (Choice B), or the midline of the skull (Choice D) is not part of the Rinne test procedure. Therefore, the correct answer is to first place the activated tuning fork on the client's mastoid bone.

4. What type of immunity do vaccines provide?

• A. active
• B. passive
• C. transplacental
• D. active and passive

Correct answer: A

Rationale: Vaccines provide active immunity by stimulating the immune system to produce antibodies against specific pathogens. Choice B, passive immunity, is acquired from ready-made antibodies, not through vaccination. Choice C, transplacental immunity, is a form of passive immunity transferred from mother to infant, not acquired through vaccines. Therefore, the correct answer is active immunity.

5. An older client reports that she has been awakening during the night, awakes early in the morning and is unable to fall back to sleep, and feels sleepy during the daytime. Based on these reported data, what should the nurse do?

• A. Encourage the client to consume stimulants such as caffeinated coffee or tea during the daytime hours.
• B. Ask the registered nurse to obtain a prescription for a nighttime sedative.
• C. Report the findings to the registered nurse.
• D. Document the findings in the medical record.

Correct answer: D

Rationale: Age-related changes in sleep include reduced sleep efficiency, increased incidence of nocturnal awakening, increased incidence of early-morning awakening, and increased daytime sleepiness. Since the reported data are normal age-related changes, the appropriate action for the nurse would be to document the findings in the medical record. Reporting the findings to the registered nurse is unnecessary as these changes are expected with aging and do not indicate a need for immediate intervention. Prescribing sedatives should be avoided as a first-line approach due to potential side effects and risks, especially in older adults. Encouraging the consumption of stimulants like caffeinated beverages during the daytime may further disrupt sleep patterns, which is counterproductive in addressing the client's reported sleep issues.

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