Nursing Elites

1. What is the primary force in sex education in a child's life?

• A. school nurse
• B. peers
• C. parents
• D. media

Correct answer: C

Rationale: Parents are the primary force in sex education in a child's life. Parents play a central role in shaping a child's understanding of sex from an early age. They provide continuous guidance, values, and information about sex and relationships. While the school nurse is involved in formal sex education and counseling within the school setting, parents have the most direct and significant impact on a child's sex education. Peers become more influential during adolescence, but their information may not always be accurate or appropriate. The media also exert significant influence on children's perceptions of sex through various forms of entertainment like movies, TV shows, and video games, but parents remain the primary educators on this subject.

2. A nurse assisting with data collection notes that the client exhibits rapid, involuntary oscillating movements of the eyeball when looking at the nurse. The nurse documents this finding using which term?

• A. Ptosis
• B. Nystagmus
• C. Scleral icterus
• D. Exophthalmos

Correct answer: B

Rationale: When a nurse observes rapid, involuntary oscillating movements of the eyeball in a client, this is described as nystagmus. Nystagmus appears as a fine oscillating movement, most notable around the iris. It is important to assess for nystagmus when evaluating ocular muscle weakness. Mild nystagmus at extreme lateral gaze is considered normal; nystagmus in any other position is not. Ptosis refers to a drooping of the eyelid, not rapid eye movements. Scleral icterus is the yellowing of the sclera up to the cornea, indicating jaundice, not related to eye movements. Exophthalmos is a noticeable protrusion of the eyeball, typically seen in hyperthyroidism, not associated with rapid oscillating eye movements.

3. The client has an order for an IV piggyback of Ceftriaxone 750mg in 50mL D5W to run over 30 minutes. What is the appropriate drip rate?

• A. 100 mL/hr
• B. 150 mL/hr
• C. 200 mL/hr
• D. 50 mL/hr

Correct answer: A

Rationale: To calculate the drip rate, you need to convert the time from minutes to hours. The formula is (Volume to be infused / Time for infusion in minutes) x (60 minutes / 1 hour). Substituting the values, (50 mL / 30 min) x (60 min / 1 hr) = 100 mL/hr. Therefore, the appropriate drip rate is 100 mL/hr. Choices B, C, and D are incorrect as they do not match the calculated drip rate. Option A, 100 mL/hr, is the correct drip rate for administering Ceftriaxone 750mg in 50mL D5W over 30 minutes.

4. 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.

5. A nurse is preparing to assess the fetal heart rate (FHR) of a client who is 14 weeks pregnant. Which piece of equipment does the nurse use to assess the FHR?

• A. Stethoscope
• B. Doppler transducer
• C. Fetoscope
• D. Pulse oximetry on the client and a fetoscope

Correct answer: B

Rationale: To assess the fetal heart rate of a client who is 14 weeks pregnant, the nurse should use a Doppler transducer. Fetal heart sounds can be heard with a fetoscope by 20 weeks of gestation. The Doppler transducer amplifies fetal heart sounds so that they are audible by 10 to 12 weeks of gestation, making it the most appropriate choice for this scenario. Fetal heart sounds cannot be heard with a stethoscope. Pulse oximetry is not used to auscultate fetal heart sounds, so it is an incorrect choice in this context.

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