Nursing practice questions with comprehensive rationales
NurseDive Free Nursing Practice Question
A. A nurse keeps a promise to a client not to tell their family about their diagnosis.
Keeping a promise to a client not to tell their family about their diagnosis is an example of fidelity, respecting confidentiality and maintaining trust. However, it does not directly reflect the ethical principle of beneficence, which focuses on actions that promote the patient's well-being and best interests.
B. A nurse provides therapeutic touch by holding a dying patient's hand.
Providing therapeutic touch to a dying patient by holding their hand is an example of beneficence. This action demonstrates compassion, emotional support, and comfort to the patient in a critical and vulnerable time. It promotes the patient's well-being by addressing their emotional and psychological needs.
C. A nurse involves a client in making decisions about their care.
Involving a client in making decisions about their care is an example of respecting their autonomy and practicing shared decision-making. While this action is important and aligns with the principle of autonomy, it is not a direct example of beneficence, which centers on actively doing good for the patient.
D. A nurse tells the truth about forgetting to perform a procedure for a client.
Telling the truth about forgetting to perform a procedure for a client is an example of honesty and integrity, which are essential ethical principles in nursing. However, it does not directly relate to beneficence, which emphasizes actions that actively contribute to the patient's well-being and benefit.
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Full Explanation
Choice A rationale:
Keeping a promise to a client not to tell their family about their diagnosis is an example of fidelity, respecting confidentiality and maintaining trust. However, it does not directly reflect the ethical principle of beneficence, which focuses on actions that promote the patient's well-being and best interests.
Choice B rationale:
Providing therapeutic touch to a dying patient by holding their hand is an example of beneficence. This action demonstrates compassion, emotional support, and comfort to the patient in a critical and vulnerable time. It promotes the patient's well-being by addressing their emotional and psychological needs.
Choice C rationale:
Involving a client in making decisions about their care is an example of respecting their autonomy and practicing shared decision-making. While this action is important and aligns with the principle of autonomy, it is not a direct example of beneficence, which centers on actively doing good for the patient.
Choice D rationale:
Telling the truth about forgetting to perform a procedure for a client is an example of honesty and integrity, which are essential ethical principles in nursing. However, it does not directly relate to beneficence, which emphasizes actions that actively contribute to the patient's well-being and benefit.
Similar Questions
A nurse is assessing a client who reports acute pain. The nurse should anticipate which of the following findings?
A. Decreased heart rate.
Decreased heart rate is not an anticipated finding in response to acute pain. Pain typically triggers sympathetic nervous system activation, leading to an increased heart rate as a physiological response to the stressor.
B. Hyperactive bowel sounds.
Hyperactive bowel sounds are not typically associated with acute pain. Acute pain is more likely to induce a sympathetic response, which can lead to decreased gastrointestinal motility and hypoactive bowel sounds.
C. Decreased blood pressure.
Decreased blood pressure is not a common response to acute pain. Pain often leads to an increase in blood pressure due to the activation of the sympathetic nervous system and the release of stress hormones.
D. Increased respiratory rate.
Increased respiratory rate is the anticipated finding in response to acute pain. Acute pain can cause an increase in the sympathetic nervous system activity, leading to a higher respiratory rate as the body prepares for a fight-or-flight response. This increased respiratory rate helps oxygenate the blood and meet the potential increased demand for energy during stress.
Full Explanation
Choice A rationale:
Decreased heart rate is not an anticipated finding in response to acute pain. Pain typically triggers sympathetic nervous system activation, leading to an increased heart rate as a physiological response to the stressor.
Choice B rationale:
Hyperactive bowel sounds are not typically associated with acute pain. Acute pain is more likely to induce a sympathetic response, which can lead to decreased gastrointestinal motility and hypoactive bowel sounds.
Choice C rationale:
Decreased blood pressure is not a common response to acute pain. Pain often leads to an increase in blood pressure due to the activation of the sympathetic nervous system and the release of stress hormones.
Choice D rationale:
Increased respiratory rate is the anticipated finding in response to acute pain. Acute pain can cause an increase in the sympathetic nervous system activity, leading to a higher respiratory rate as the body prepares for a fight-or-flight response. This increased respiratory rate helps oxygenate the blood and meet the potential increased demand for energy during stress.
A Medical-Surgical nurse is assessing a client's heart sounds. In which of the following points of auscultation would the nurse hear the S2 sound most clearly?
A. Pulmonic and Mitral.
Auscultation at the pulmonic and mitral points would not provide the clearest hearing of the S2 heart sound. The S2 sound is composed of two components: A2 (aortic valve closure) and P2 (pulmonic valve closure). The aortic valve sound (A2) is usually louder than P2. Mitral point is not ideal for hearing S2 clearly, as it's mostly associated with S1 sound.
B. Tricuspid and Aortic.
The tricuspid and aortic points are the most appropriate for hearing the S2 heart sound. The aortic valve (A2) is best heard at the second right intercostal space close to the sternum, and the tricuspid valve is best heard at the lower left sternal border.
C. Mitral and Tricuspid.
While the mitral and tricuspid points are important for auscultating the heart sounds, they are more associated with the S1 sound (the first heart sound). The S2 sound is best heard at the aortic and pulmonic areas.
D. Aortic and Pulmonic.
The aortic and pulmonic points are important for assessing the S2 heart sound, but they are not the most optimal locations. The aortic valve sound is heard most clearly at the second right intercostal space, whereas the pulmonic valve sound is heard at the second left intercostal space.
Full Explanation
Choice A rationale:
Auscultation at the pulmonic and mitral points would not provide the clearest hearing of the S2 heart sound. The S2 sound is composed of two components: A2 (aortic valve closure) and P2 (pulmonic valve closure). The aortic valve sound (A2) is usually louder than P2. Mitral point is not ideal for hearing S2 clearly, as it's mostly associated with S1 sound.
Choice B rationale:
The tricuspid and aortic points are the most appropriate for hearing the S2 heart sound. The aortic valve (A2) is best heard at the second right intercostal space close to the sternum, and the tricuspid valve is best heard at the lower left sternal border.
Choice C rationale:
While the mitral and tricuspid points are important for auscultating the heart sounds, they are more associated with the S1 sound (the first heart sound). The S2 sound is best heard at the aortic and pulmonic areas.
Choice D rationale:
The aortic and pulmonic points are important for assessing the S2 heart sound, but they are not the most optimal locations. The aortic valve sound is heard most clearly at the second right intercostal space, whereas the pulmonic valve sound is heard at the second left intercostal space.
A middle-aged client reports, "I can't get my breath when I walk." Upon assessment, the nurse notes that the patient has a barrel chest and is using his accessory muscles to breathe. The patient's respiratory rate is 28/min. On palpation, there is limited expansion and decreased tactile fremitus. Percussion yields hyperresonant sounds. On auscultation, prolonged expiration, scattered wheezes, and rhonchi are present. Which disorder would the nurse suspect?
A. Pneumonia.
Pneumonia is not likely to be the correct answer. Pneumonia is often characterized by productive cough, fever, chest pain, and increased tactile fremitus due to consolidation of lung tissue. The presence of barrel chest, decreased tactile fremitus, and hyperresonant percussion sounds is not consistent with pneumonia.
B. Atelectasis.
Atelectasis is not the most likely option. Atelectasis refers to collapsed or partially collapsed lung tissue, which can lead to decreased breath sounds, dullness to percussion, and decreased tactile fremitus. The symptoms mentioned in the scenario, such as prolonged expiration, wheezes, and barrel chest, are not indicative of atelectasis.
C. Pleural effusion.
Pleural effusion is not the most suitable choice. Pleural effusion usually presents with decreased breath sounds, dullness to percussion, and decreased tactile fremitus over the affected area due to fluid accumulation in the pleural space. The hyperresonant percussion sounds and the presence of wheezes and rhonchi do not align with pleural effusion.
D. Emphysema.
Emphysema is the most likely disorder based on the given symptoms. Barrel chest (increased anterior-posterior chest diameter), limited lung expansion, decreased tactile fremitus, hyperresonant percussion sounds, prolonged expiration, wheezes, and rhonchi are characteristic findings of emphysema. This condition involves damage to the alveoli and their supporting structures, leading to air trapping, reduced lung elasticity, and obstructed airflow. The patient's use of accessory muscles to breathe further suggests a chronic obstructive pulmonary disease (COPD) like emphysema.
Full Explanation
Choice A rationale:
Pneumonia is not likely to be the correct answer. Pneumonia is often characterized by productive cough, fever, chest pain, and increased tactile fremitus due to consolidation of lung tissue. The presence of barrel chest, decreased tactile fremitus, and hyperresonant percussion sounds is not consistent with pneumonia.
Choice B rationale:
Atelectasis is not the most likely option. Atelectasis refers to collapsed or partially collapsed lung tissue, which can lead to decreased breath sounds, dullness to percussion, and decreased tactile fremitus. The symptoms mentioned in the scenario, such as prolonged expiration, wheezes, and barrel chest, are not indicative of atelectasis.
Choice C rationale:
Pleural effusion is not the most suitable choice. Pleural effusion usually presents with decreased breath sounds, dullness to percussion, and decreased tactile fremitus over the affected area due to fluid accumulation in the pleural space. The hyperresonant percussion sounds and the presence of wheezes and rhonchi do not align with pleural effusion.
Choice D rationale:
Emphysema is the most likely disorder based on the given symptoms. Barrel chest (increased anterior-posterior chest diameter), limited lung expansion, decreased tactile fremitus, hyperresonant percussion sounds, prolonged expiration, wheezes, and rhonchi are characteristic findings of emphysema. This condition involves damage to the alveoli and their supporting structures, leading to air trapping, reduced lung elasticity, and obstructed airflow. The patient's use of accessory muscles to breathe further suggests a chronic obstructive pulmonary disease (COPD) like emphysema.