Fundamentals Nursing Process Questions

Correct Answer: B

Rationale: The correct answer is B: 17 drops per minute. To calculate the correct drip rate, you need to use the formula: (Volume to be infused in mL / Time in minutes) x Drop factor. In this case, if the volume to be infused is 100 mL and the time is 60 minutes with a drop factor of 20, the calculation would be: (100 / 60) x 20 = 33.33 drops per minute. Since we cannot deliver fractional drops, the closest whole number is 17 drops per minute. This ensures the correct delivery rate for the medication. Choice A (6 drops per minute) is incorrect as it would be too slow and may not deliver the medication effectively. Choice C (50 drops per minute) and Choice D (100 drops per minute) are incorrect as they would both deliver the medication too quickly, potentially causing harm to the patient. The correct answer, 17 drops per minute, ensures a safe and accurate delivery rate

Correct Answer: A

Rationale: The correct answer is A: Client�s wife. She is the primary source of information as she witnessed the event firsthand and provided relevant details. In this scenario, the wife's account of the event is crucial in understanding the sequence of events leading to the client's unconscious condition. Medical documents (B), test results (C), and assessment data (D) are all secondary sources of information that may provide additional data but do not have the same level of immediacy or firsthand knowledge as the client's wife. In an emergency situation, information from a reliable eyewitness is often the most valuable initial source for healthcare providers to make critical decisions.

Correct Answer: B

Rationale: The correct answer is B (10-15 mmHg) because this range is considered safe and effective for suctioning in most cases. Lower suction pressures (such as 2-5 mmHg) may not effectively clear secretions, while higher pressures (20-25 mmHg) can cause tissue damage. Choice C (5-10 mmHg) falls within the safe range but may not provide enough suction for effective clearance. Therefore, the optimal suction pressure for James using the portable suction unit at home is 10-15 mmHg.

Correct Answer: A

Rationale: The correct answer is A: Muscle rigidity and spasms. Ketamine can cause muscle rigidity and spasms as a side effect. The anesthesiologist should monitor the client for this adverse reaction. Muscle rigidity and spasms are common with ketamine administration and can affect the client's comfort and safety during the procedure. It is important for the nurse to promptly address any signs of muscle rigidity or spasms to prevent complications. Summary of why other choices are incorrect: B: Hiccups - Ketamine can cause hiccups, but it is not the primary side effect to monitor for in this scenario. C: Extrapyramidal reactions - Ketamine does not typically cause extrapyramidal reactions. D: Respiratory depression - Ketamine is known for its minimal effect on respiratory depression compared to other anesthetics. Monitoring respiratory depression is still important, but not the primary concern with ketamine administration in this case.

Correct Answer: D

Rationale: The correct answer is D because monitoring a client's response to an intervention initiated by another healthcare professional is a collaborative nursing intervention. This involves working together with other healthcare team members to assess the client's progress and adjust care as needed. It promotes continuity of care and ensures that the client's needs are met effectively. A: Administering medications is typically an independent nursing intervention. B: Ordering a low-sodium diet is within the scope of a nurse's independent practice. C: Providing health education is often considered an independent nursing intervention unless it involves collaboration with other team members. In summary, choice D is the correct answer as it exemplifies collaborative care within a healthcare team.