An order is written to administer tramadol HCL 0.01 g p.o. every 4 hours for pain. The medication is supplied as 2 mg per mL. How many mL will the nurse administer to deliver the ordered dose?

I have completed the Chapters in the Morris Handbook and the 47 questions in the Cumulative Handout

A patient is admissted to the emergency room with a diagnosis of a Gastroinstnial Bleeding. The ER Doctor orders, 1 unit of Packed Red Blood Cells ( PRBC’s) 250 mL to infuse over 4 hours on an infusion pump.  What rate does the nurse set the IV pump?

Read each question carefully and please show all work to be graded.Calculate the following dosage using the dimensional analysis method.The entire question must be answered correctly to receive full points; partial points will not be given.Each question must be labeled correctly e.g. tablets, capsules; mL or it is considered wrong.When converting weight round to nearest tenth kg.Rounding rules: If giving less than 1 mL round to the nearest hundredth.If giving greater or equal to 1mL, round to the nearest tenth.Maintenance and replacement IV fluids and IV additives given on an infusion pump (mL/hr) are rounded to the nearest whole number.For IV fluids given by gravity drip (gtt/min) the drop per minutes rate must be rounded to the nearest whole drop /whole number.IVPB are rounded to the whole numberIV drip/continuous medications are rounded to the nearest tenth.

The physician orders 120 mg of Methylprednisolone IV STAT for a patient with acute asthmatics. The medication is available as 500 mg per 1mL. How much will the nurse administer to the patient?

The physician orders 300 mL of 0.9 NS to infuse per infusion pump over 2 hours. How many mL/hour will the nurse set the infusion pump rate?

For an independent-measures study, the data show a 4 point difference between the two treatment means and a pooled variance of 5. Given this information, Cohen’s d = 1.88.

A researcher conducts a one-sample t test. If the t statistic has df = 546, how many individuals were in the sample?

A researcher administers a treatment to a sample of participants selected from a population with µ = 67. If the researcher obtains a sample mean of M = 70, given α = .05, which combination of factors is most likely to result in rejecting the null hypothesis?

Which of the following is the correct null hypothesis for a repeated-measures t test?