Nursing Elites

1. A nurse is caring for a client with an elevated urine osmolarity. The nurse should assess the client for:

• A. fluid volume excess.
• B. hyperkalemia.
• C. hypercalcemia.
• D. fluid volume deficit.

Correct answer: D

Rationale: Elevated urine osmolarity indicates that the urine is concentrated, suggesting the body is trying to conserve water. This commonly occurs in conditions like dehydration or fluid volume deficit. Assessing the client for fluid volume excess, hyperkalemia, or hypercalcemia would not be the priority in this situation. Therefore, the correct answer is to assess the client for fluid volume deficit. Fluid volume excess is characterized by decreased urine osmolarity, while hyperkalemia and hypercalcemia are related to electrolyte imbalances and would not directly cause elevated urine osmolarity.

2. What is the primary sign of displacement following a total hip replacement?

• A. pain on movement and weight bearing
• B. hemorrhage
• C. affected leg appearing 1-2 inches longer
• D. edema in the area of the incision

Correct answer: A

Rationale: The correct answer is pain on movement and weight bearing. This pain is the primary sign of prosthesis displacement after a total hip replacement, indicating pressure on nerves or muscles due to dislocation. Hemorrhage is not typically associated with prosthesis displacement. While the affected leg may appear longer, this is not the primary sign of displacement; it might actually be shorter due to muscle spasm. Edema in the incision area is not a primary indicator of prosthesis displacement.

3. The client has jaundice, elevated liver enzymes, and an elevated serum bilirubin. What color urine does the nurse expect to find?

• A. Pink-tinged
• B. Straw-colored
• C. Clear
• D. Dark amber

Correct answer: D

Rationale: The correct answer is dark amber. In jaundice, the elevated bilirubin levels are excreted in the urine, giving it a dark amber color. Choices A, B, and C are incorrect because in jaundice, the urine typically appears dark amber due to the presence of elevated bilirubin, not pink-tinged, straw-colored, or clear.

4. A client needs to rapidly achieve a therapeutic plasma drug concentration of a medication. Rather than wait for steady state to be achieved, the physician might order:

• A. a maintenance dose.
• B. a loading dose.
• C. a medication with no first-pass effect.
• D. the medication to be given intravenously.

Correct answer: B

Rationale: To rapidly achieve a therapeutic plasma drug concentration, a loading or priming dose is ordered. This dose quickly establishes the desired drug level. It is calculated by multiplying the volume of distribution by the desired plasma drug concentration. A maintenance dose, like choice A, is used to maintain the therapeutic level after the loading dose. Waiting for steady state without a loading dose would take five drug half-lives. Choice C, a medication with no first-pass effect, does not directly address the need for rapid attainment of therapeutic levels. While intravenous administration (choice D) offers excellent bioavailability, a single dose by this route may not achieve the desired therapeutic plasma concentration as rapidly as a loading dose.

5. Which type of exercises might be prescribed to strengthen the pelvic floor muscles of a client with urinary incontinence?

• A. Kegel
• B. resistance
• C. passive
• D. stretching

Correct answer: A

Rationale: The correct answer is Kegel. Kegel exercises are specifically designed to strengthen the pelvic floor muscles, making them an effective treatment for urinary incontinence. These exercises involve contracting and relaxing the pelvic floor muscles, which helps to improve muscle tone and control. Choice B, resistance exercises, may not directly target the pelvic floor muscles as effectively as Kegel exercises. Passive exercises (Choice C) do not actively engage the muscles and are unlikely to strengthen the pelvic floor. Stretching exercises (Choice D) focus on increasing flexibility rather than muscle strength, so they are not the most appropriate for strengthening the pelvic floor muscles in the context of urinary incontinence.

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