Nursing Elites

1. A nurse is preparing to assess the dorsalis pedis pulse. The nurse palpates this pulse by placing the fingertips in which location?

• A. Behind the knee
• B. Lateral to the extensor tendon of the big toe
• C. In the groove between the malleolus and the Achilles tendon
• D. Below the inguinal ligament, halfway between the pubis and the anterior superior iliac spines

Correct answer: B

Rationale: The correct location to palpate the dorsalis pedis pulse is lateral to and parallel with the extensor tendon of the big toe. Choices A, C, and D describe the locations for other pulses - popliteal, posterior tibial, and femoral artery respectively. The popliteal pulse is found behind the knee, the posterior tibial pulse is located in the groove between the malleolus and the Achilles tendon, and the femoral artery is situated below the inguinal ligament, halfway between the pubis and the anterior superior iliac spines.

2. If Ms. Barrett's distance vision is 20/30, which of the following statements is true?

• A. The client can read from 20' what a person with normal vision can read at 30'.
• B. The client can read from 30' what a person with normal vision can read at 20'.
• C. The client can read the entire chart from 30'.
• D. The client can read the chart from 20' with the left eye and from 30' with the right eye.

Correct answer: A

Rationale: When Ms. Barrett's distance vision is measured as 20/30, it means that she can read from 20 feet away what a person with normal vision can read at 30 feet. The numerator (20) represents the distance in feet between the chart and the client, while the denominator (30) indicates the distance at which a normal eye can read the chart. In this case, Ms. Barrett's vision is slightly worse than normal, as she needs to be closer to the chart to read it clearly. Therefore, choice A is correct. Choices B, C, and D are incorrect: Choice B reverses the distances, Choice C assumes the client can read the entire chart from 30 feet, and Choice D introduces information not related to the 20/30 measurement.

3. A 4-year-old client is unable to go to sleep at night in the hospital. Which nursing intervention best promotes sleep for the child?

• A. turning out the room light and closing the door
• B. tiring the child during the evening with quiet activities
• C. identifying the child's home bedtime rituals and following them
• D. encouraging visitation by friends during the evening

Correct answer: C

Rationale: For a 4-year-old client struggling to sleep in the hospital, it is essential to identify and replicate their home bedtime rituals. This familiarity can provide comfort and promote better sleep. Turning out the room light and closing the door (Choice A) might increase the child's fear by plunging the room into darkness, making it an incorrect choice. Tiring the child with quiet activities (Choice B) is incorrect as it may stimulate rather than calm the child. Encouraging visitation by friends (Choice D) can lead to increased excitement, hindering the child's ability to fall asleep instead of promoting a restful environment.

4. A healthcare professional reviewing a client's health care record notes documentation that the client has Heberden nodes of the distal interphalangeal joints. Which disorder does the healthcare professional determine that the client has?

• A. Scoliosis
• B. Osteoarthritis
• C. Rotator cuff lesions
• D. Carpal tunnel syndrome

Correct answer: B

Rationale: The correct answer is Osteoarthritis. Osteoarthritis is characterized by hard, nontender nodules of 2 to 3 mm or larger. These osteophytes (bony overgrowths) of the distal interphalangeal joints are called Heberden nodes. In this disorder, when these nodes occur on the proximal interphalangeal joints, they are called Bouchard nodes. Heberden nodes are not associated with scoliosis, rotator cuff lesions, or carpal tunnel syndrome. Therefore, choices A, C, and D are incorrect.

5. What is the threshold of dextrose concentrations that can safely be administered through a peripheral IV?

• A. Dextrose concentrations below 20% can be safely administered through a peripheral IV; dextrose concentrations above 20% should not be administered through a peripheral IV.
• B. Dextrose concentrations below 5% can be safely administered through a peripheral IV; dextrose concentrations above 5% should not be administered through a peripheral IV.
• C. Dextrose concentrations below 10% can be safely administered through a peripheral IV; dextrose concentrations above 10% should not be administered through a peripheral IV.
• D. Dextrose concentrations above 5% can be safely administered through a peripheral IV; dextrose concentrations below 5% should not be administered through a peripheral IV.

Correct answer: C

Rationale: Dextrose concentrations below 10% are considered safe for administration through a peripheral IV, as concentrations above this threshold can lead to phlebitis, causing inflammation of the vein. Concentrations above 10% should not be administered through a peripheral IV to prevent vein irritation. Choice A is incorrect because concentrations above 20% are too high for a peripheral IV. Choice B is incorrect as dextrose concentrations below 5% are too low to be effective. Choice D is incorrect because the statement is reversed, suggesting that concentrations above 5% are safe, which is not true.

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