HESI RN
Evolve HESI Medical Surgical Practice Exam Quizlet
1. Which food is most important to encourage a client with osteomalacia to include in a daily diet?
- A. Fortified milk and cereals
- B. Citrus fruits and juices
- C. Green leafy vegetables
- D. Red meats and eggs
Correct answer: A
Rationale: The correct answer is A: Fortified milk and cereals. Osteomalacia is a condition caused by a deficiency in vitamin D. Fortified milk and cereals are rich sources of vitamin D, which is essential for managing osteomalacia. Citrus fruits and juices (choice B) are high in vitamin C, but vitamin D is the primary concern for osteomalacia. Green leafy vegetables (choice C) are good sources of various nutrients but not the main focus for managing osteomalacia. Red meats and eggs (choice D) are good sources of protein and other nutrients but are not as critical as fortified milk and cereals for addressing vitamin D deficiency in osteomalacia.
2. A young adult client, admitted to the Emergency Department following a motor vehicle collision, is transfused with 4 units of PRBCs (packed red blood cells). The client's pretransfusion hematocrit is 17%. Which hematocrit value should the nurse expect the client to have after all the PRBCs have been transfused?
- A. 0.19
- B. 0.09
- C. 0.39
- D. 0.29
Correct answer: D
Rationale: The expected increase in hematocrit after transfusion is approximately 3% per unit of PRBCs. Since the client received 4 units, the expected increase would be 4 x 3% = 12%. Therefore, adding this to the pretransfusion hematocrit of 17% would result in an expected post-transfusion hematocrit of 29%. Choice A (0.19) is incorrect as it doesn't consider the incremental increase per unit of PRBCs. Choices B (0.09) and C (0.39) are also incorrect as they do not align with the expected increase in hematocrit following the transfusion of 4 units of PRBCs.
3. A client tells the clinic nurse about experiencing burning on urination, and assessment reveals that the client had sexual intercourse four days ago with a person who was casually met. Which action should the nurse implement?
- A. Observe the perineal area for a chancroid-like lesion
- B. Obtain a specimen of urethral drainage for culture
- C. Assess for perineal itching, erythema, and excoriation
- D. Identify all sexual partners in the last four days
Correct answer: B
Rationale: Obtaining a urethral drainage specimen for culture is crucial in diagnosing a potential sexually transmitted infection (STI) in this client. While assessing for perineal symptoms like itching, erythema, and excoriation (Choice C) may provide additional information, obtaining a culture is more definitive. Observing for a chancroid-like lesion (Choice A) is not as pertinent as obtaining a culture for a broader diagnostic approach. Identifying all sexual partners in the last four days (Choice D) is important for contact tracing but obtaining a specimen for culture takes priority in this scenario.
4. What is a priority intervention for a patient experiencing a thyroid storm?
- A. Administering antipyretics.
- B. Cooling the patient.
- C. Administering beta-blockers.
- D. Administering antithyroid medications.
Correct answer: D
Rationale: During a thyroid storm, the priority intervention is to administer antithyroid medications to reduce thyroid hormone levels quickly. These medications, such as propylthiouracil or methimazole, help inhibit the production of thyroid hormones. Administering antipyretics (choice A) may help reduce fever, but it does not address the underlying cause of the thyroid storm. Cooling the patient (choice B) may provide symptomatic relief but does not address the thyroid hormone dysregulation. Administering beta-blockers (choice C) can help manage symptoms like tachycardia and hypertension, but it does not target the root cause of the thyroid storm.
5. Which electrolyte imbalance is most likely to be seen in a patient with chronic kidney disease?
- A. Hypernatremia.
- B. Hyperkalemia.
- C. Hypocalcemia.
- D. Hypokalemia.
Correct answer: B
Rationale: In chronic kidney disease, hyperkalemia is the most common electrolyte imbalance due to the kidneys' reduced ability to excrete potassium. This impaired kidney function leads to potassium retention in the body, resulting in elevated serum potassium levels. Hypernatremia (increased sodium levels) is less likely in chronic kidney disease as the kidneys typically still function to regulate sodium levels. Hypocalcemia (low calcium levels) is not a prominent electrolyte imbalance in chronic kidney disease unless there are additional factors involved. Hypokalemia (low potassium levels) is less common in chronic kidney disease, as the primary issue is usually potassium retention rather than deficiency.
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