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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?  

Patient Susie Que weighs 8.2kg. A) What is Susie’s 24 hour fluid maintenance requirement? B) What is Susie’s hourly fluid infusion rate?

A dose of 250 mg of Clindamycin IV Q6hr is ordered for a child weighing 43.5 pounds. The therapeutic daily range for Clindamycin is 25-40mg/kg/day divided Q6 hours. A) What is the therapeutic daily range for this child? B) Is the order of 250mg Q6hr appropriate for this child?

Keflex 150mg PO is ordered Q6hr for a child weighing 17.3 kg.  Keflex suspension is supplied as 250mg/5mL.  Therapeutic daily range for children is 25-50mg/kg/day. A) What is the therapeutic daily range for this child? B) What is the volume to be given for 150mg?

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