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A 42-year-old female patient of Middle East/North African (MENA) descent presents for an initial primary care visit accompanied by her husband, who attempts to answer all clinical history questions on her behalf. To deliver culturally responsive, equity-centered care without compromising patient autonomy, how should the APRN/CNS proceed?

The RN is caring for four patients and is working with an experienced LPN. Which tasks can the RN appropriately delegate to the LPN? Select all that apply.

The nurse cares for a patient after a gastric surgical procedure. The patient has a nasogastric tube place with intermittent suction. Which task is not appropriate to assign to the nursing assistive personnel (NAP) caring for the patient?

Which OOP topics do you still find unclear or challenging?

What response loop promotes homeostasis?

An APRN/CNS applies Mary Kreitzer’s Wellbeing Model to help a patient with metabolic syndrome implement sustainable lifestyle changes. Which option correctly lists the core domains of this model and its clinical rationale

The RN and an LPN care for the following patients. Which patient should be assigned to RN?

A medical-surgical unit has maintained a census of 24 patients for the past 24 hours. During the shift, the unit had six admissions, five discharges, and three transfers. Which statement by the charge nurse is most accurate?

Be sure to cover all points when scheduling a patient for a minor surgical procedure. Match the information provided to the patient to whether it is given at the time of scheduling the appointment or when the patient arrives for the appointment. Note: Answers may be used more than once.

  Waiting Lines System Performance – Sever Utilization – Probability Distribution of Customers in the System  Number of Servers 1 2 3 % Time Server Busy (rho)  0.85 0.425 0.283 Probability of 0 in the system 0.15 0.403 0.424 Probability of 1 in the system 0.128 0.343 0.361 Probability of 2 in the system 0.108 0.145 0.153 Probability of 3 in the system 0.092 0.062 0.043 Probability of 4 in the system 0.078 0.026 0.012 Probability of 5 in the system 0.067 0.011 0.004   Waiting Lines System Performance – Number of Customers in Line/System Number of Servers  1  2  3 Number of Customers in the System n(s) 5.67 1.04 0.87 Number of Customers in Line n(l) n/a 0.19 0.03   Waiting Lines System Performance – Time for Customers in Line/System Number of Servers  1  2  3 Time Customers are in the System t(s) (min) 40 7.32 6.18 Time Customers are in Line t(l) (min) 34 1.32 0.18   Use the charts above.  (Choose the closest answer) In a two-server model, what is the probability of less than 1 customer in line?