A child who appears unkempt and malnourished is most likely suffering from:

Upper airway obstruction may be recognized by signs of nasal flaring, stridor, increased respiratory effort, and:

What type of shock would you anticipate if a patient’s cardiac output is increased and the afterload is decreased?

Write the solution (include all steps) to this problem on a piece of paper.  Once completed, hold the solution so I can see it on-camera for at least 3 seconds.  After you submit this exam, you will scan and submit the problems work as a single PDF document to the corresponding dropbox in eCampus for this exam.  The problems you submit to the dropbox must exactly match the problems shown on-camera.  If not, the grade for this exam will be a zero.  a) Find the inverse of the function.  f(x) = 3x-1x-2{“version”:”1.1″,”math”:”f(x) = 3x-1x-2″} b) Sketch the graph of the function and its inverse on the same coordinate axes.   

Write the solution (include all steps) to this problem on a piece of paper.  Once completed, hold the solution so I can see it on-camera for at least 3 seconds.  After you submit this exam, you will scan and submit the problems work as a single PDF document to the corresponding dropbox in eCampus for this exam.  The problems you submit to the dropbox must exactly match the problems shown on-camera.  If not, the grade for this exam will be a zero.  Find the domain of the function.   Write your answer in interval notation.  f(x) = 3x-1x-2{“version”:”1.1″,”math”:”f(x) = 3x-1x-2″}  

Write the solution (include all steps) to this problem on a piece of paper.  Once completed, hold the solution so I can see it on-camera for at least 3 seconds.  After you submit this exam, you will scan and submit the problems work as a single PDF document to the corresponding dropbox in eCampus for this exam.  The problems you submit to the dropbox must exactly match the problems shown on-camera.  If not, the grade for this exam will be a zero.  Find the difference quotient of f; that is, find  f(x+h)-f(x)h, h≠0{“version”:”1.1″,”math”:”f(x+h)-f(x)h, h≠0″}   for the following function.  Be sure to simplify.  f(x) = 2×2-3x+3{“version”:”1.1″,”math”:”f(x) = 2×2-3x+3″}

Write the solution (include all steps) to this problem on a piece of paper.  Once completed, hold the solution so I can see it on-camera for at least 3 seconds.  After you submit this exam, you will scan and submit the problems work as a single PDF document to the corresponding dropbox in eCampus for this exam.  The problems you submit to the dropbox must exactly match the problems shown on-camera.  If not, the grade for this exam will be a zero.  Write an equation for a function whose graph fits the following description.   The graph of  f(x) = x{“version”:”1.1″,”math”:”f(x) = x”} is shifted 4 units right, reflected about the x-axis, and shifted 3 units down.    

Write the solution (include all steps) to this problem on a piece of paper.  Once completed, hold the solution so I can see it on-camera for at least 3 seconds.  After you submit this exam, you will scan and submit the problems work as a single PDF document to the corresponding dropbox in eCampus for this exam.  The problems you submit to the dropbox must exactly match the problems shown on-camera.  If not, the grade for this exam will be a zero.  Graph the piecewise function below.  Show details.  f(x)=-4x-11-x    for x≤-1for -1

Suprax 60mg PO BID has been ordered. The concentration of the medication is 100mg/5mL.  A) How may mL will you give at each dose?

You are to give a one time dose of Rocephin 400mg IM to a 10-month-old. You have a 500mg vial of Rocephin. Using the package insert (pictured below): A) How much diluent will you add to the vial? B) What is the medication concentration? C) How many mLs will you administer?