Questions 9

ATI RN

ATI RN Test Bank

Pharmacology and the Nursing Process Test Bank Free Questions

Question 1 of 5

A client is scheduled to receive methotrexate (Folex), 0.625 mg/kg P.O. daily, to treat malignant lymphoma. Before administering the drug, the nurse reviews the client’s medication history. Which of the following drugs might interact with methotrexate?

Correct Answer: B

Rationale: The correct answer is B: Probenecid (Benemid). Probenecid can increase methotrexate levels, leading to potential toxicity. Methotrexate is primarily eliminated by the kidneys, and Probenecid inhibits renal tubular secretion, causing methotrexate levels to rise. Digoxin (A), theophylline (C), and famotidine (D) do not have significant interactions with methotrexate. In summary, Probenecid is the correct answer as it can increase methotrexate levels through renal tubular secretion inhibition, while the other choices do not have a significant interaction with methotrexate.

Question 2 of 5

A nurse is planning care for a patient with a nursing diagnosis of Impaired skin integrity. The patient needs many nursing interventions, including a dressing change, several intravenous antibiotics, and a walk. Which factors does the nurse consider when prioritizing interventions? (Select all that apply.)

Correct Answer: A

Rationale: The correct answer is A because ranking all the patient's nursing diagnoses in order of priority allows the nurse to address the most critical needs first. By prioritizing based on the urgency and potential impact on the patient's health, the nurse can ensure that interventions are carried out effectively. B is incorrect because priorities may need to be adjusted based on the patient's changing condition. C is incorrect as priorities should consider not only physiological but also psychological and sociological factors. D is incorrect because time is an influencing factor, but it should not be the sole consideration when prioritizing interventions.

Question 3 of 5

Morphine is given in acute pulmonary edema to redistribute the pulmonary circulation to the periphery by decreasing:

Correct Answer: D

Rationale: The correct answer is D because morphine helps in acute pulmonary edema by decreasing peripheral resistance, pulmonary capillary pressure, and transudation of fluid. Morphine causes vasodilation, reducing peripheral resistance, which helps redistribute blood flow to the periphery. It also reduces pulmonary capillary pressure by decreasing preload and afterload, leading to decreased fluid transudation into the alveoli. Choices A, B, and C individually do not cover all the effects of morphine in acute pulmonary edema, making them incorrect.

Question 4 of 5

Which of the following guidelines should a nursing instructor provide to nursing students who are now responsible for assessing their clients?

Correct Answer: A

Rationale: The correct answer is A because assessment data should be collected continuously to ensure timely detection of any changes in the client's condition. This allows for prompt interventions and prevents complications. Choice B is incorrect as assessment should be ongoing and not limited to specific times. Choice C is incorrect as the frequency of assessment should be based on client needs, not a fixed schedule. Choice D is incorrect as assessments should not be limited to certain times but should be ongoing to provide comprehensive care.

Question 5 of 5

The nurse is aware that the shift of body fluids associated with the intravenous administration of albumin occurs by the process of:

Correct Answer: A

Rationale: The correct answer is A: Filtration. Albumin is a large protein molecule that cannot pass through the semipermeable membrane of blood vessels. Therefore, the shift of body fluids associated with intravenous albumin administration occurs through the process of filtration, where fluid moves across the membrane due to a pressure difference. Osmosis (B) involves the movement of water across a semipermeable membrane, which is not the case for albumin. Diffusion (C) is the movement of molecules from an area of high concentration to low concentration, which is not how albumin moves. Active transport (D) requires energy to move substances against a concentration gradient, which is not the mechanism for albumin movement in the body.

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