Kim is a 45 year old female that presents to the clinic with concerns of mood variability. She has noticed that “nobody wants to be around me during that time of the month.” She is not sure how long this has been going on but notes that it has been happening “throughout the years.” She states that she was on Tik Tok and saw a content creator talk about premenstrual dysphoric disorder (PMDD). To help you better understand her clinical presentation you ask her to monitor her symptoms and track daily ratings for how many menstrual cycles to get a DSM-5-TR diagnosis of PMDD:

The interpersonal relations theory is considered the first nursing theory used to guide psychiatric-mental health nursing. Which theorist developed this theory? 

Peplau defined six roles for the nurse and created four phases of development in the nursing process. According to Peplau, which was the cornerstone of therapeutic work? 

Examine the figure below, and label structures # 1 &2 (4pts extra credit)  

The activity series of metals are provided below, with decreasing order of activity from left to right: (most active) K, Ba, Ca, Na, Mg, Al, Mn, Zn, Cr, Fe, Cd, Co, Ni, Sn, Pb, H2, Sb, Bi, Cu, Ag, Hg, Pt, Au (least active) Which of the reactions below will not happen?

Suppose a numeric vector variable called ‘mydata’ has the following values: 6, 4, 9, 2, 3, 4, 8. Which command would you use in R to find the maximum number in ‘mydata’?   

Which of the following correctly creates a numeric vector with values 1, 2, and 3?

What is one primary goal of predictive maintenance in manufacturing as discussed in this module?

Your patient is a 7.8 kg dog and is on 30 mL/hr of fluids with 600 mL left.  You need to infuse her fluid bag with a CRI rate at 0.43 mL/hr What volume of this medication will you add to her bag of fluids? [v]   Oh no! The power went out!  You have to calculate her drip rates.  Using a 15 gtt/mL set, calculate: 1.) drop minute rate [min] 2.) drop second rate [sec]  

You have a 90% solution that needs to undergo a 3-fold serial dilution. What is the concentration in: Vial 1 [1] Vial 2 [2] Vial 4 [4] What is the mg/mL of the OC? [mg]