Nursing Elites

1. A nursing care plan states, 'Assist the patient to the bedside commode PRN.' When will this patient get this assistance to the commode?

• A. Whenever needed
• B. At bedtime
• C. During the night
• D. During the day

Correct answer: A

Rationale: The correct answer is 'Whenever needed.' The abbreviation 'PRN' stands for 'pro re nata,' which translates to 'as needed' or 'whenever necessary.' This means that the patient will receive assistance to the commode whenever they require it, based on their individual needs and condition. Choices B, C, and D are incorrect because 'PRN' does not specify a specific time like bedtime, during the night, or during the day; instead, it indicates assistance based on the patient's needs.

2. What is the anatomic structure located in the middle of the heart that separates the right and left ventricles?

• A. Septum
• B. Sputum
• C. Separator
• D. None of the above

Correct answer: A

Rationale: The correct answer is the septum. The septum is a structure located in the middle of the heart that separates the right and left ventricles. It plays a crucial role in maintaining the separation between the two ventricles to ensure efficient blood flow. The other choices, 'Sputum' and 'Separator,' are incorrect as they do not refer to the anatomic structure in the heart that serves this specific function. 'Sputum' is a term used to describe phlegm or mucus, not an anatomical structure, and 'Separator' is a generic term that does not specifically identify the cardiac structure mentioned in the question.

3. While measuring a patient's blood pressure, which factor influences a patient's blood pressure?

• A. Pulse rate
• B. Pulse pressure
• C. Vascular output
• D. Peripheral vascular resistance

Correct answer: D

Rationale: When measuring a patient's blood pressure, it is important to consider various factors that influence blood pressure. Peripheral vascular resistance plays a crucial role in regulating blood pressure. The level of blood pressure is affected by factors such as cardiac output, peripheral vascular resistance, volume of circulating blood, viscosity, and elasticity of the vessel walls. Pulse rate (Choice A) refers to the number of heartbeats per minute and is not a primary factor influencing blood pressure. Pulse pressure (Choice B) is the difference between systolic and diastolic blood pressure and does not directly impact blood pressure regulation. Vascular output (Choice C) is not a recognized term in blood pressure regulation and is not a primary factor affecting blood pressure.

4. Your patient had a stroke, or CVA, five years ago. The resident still has right-sided weakness. You are ready to transfer the resident from the bed to the wheelchair. The wheelchair should be positioned at the _____________.

• A. head of the bed on the patient's right side
• B. head of the bed on the patient's left side
• C. bottom of the bed on the patient's right side
• D. bottom of the bed on the patient's left side

Correct answer: B

Rationale: The wheelchair should be positioned at the head of the bed on the resident's left side. This positioning allows the resident to use their stronger left side to assist with the transfer, compensating for the right-sided weakness. Placing the wheelchair at the head of the bed on the patient's right side (Choice A) would not utilize the stronger left side, which is crucial for the transfer. Similarly, positioning the wheelchair at the bottom of the bed on either side (Choices C and D) would not facilitate optimal assistance from the resident's stronger side during the transfer process.

5. Which type of shock is related to low blood volume?

• A. Psychogenic
• B. Cardiogenic
• C. Anaphylactic
• D. Hemorrhagic

Correct answer: D

Rationale: Hemorrhagic shock, also known as hypovolemic shock, is directly related to low blood volume due to significant blood loss. In hemorrhagic shock, the body's circulating blood volume is reduced, leading to inadequate perfusion of tissues and organs. Psychogenic shock is caused by emotional distress, not blood volume changes. Cardiogenic shock results from heart failure, not low blood volume. Anaphylactic shock is due to a severe allergic reaction, not a reduction in blood volume.

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