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UUT 23. The order is for an IV of 500 mL D5/0.45 NS with 20 mEq...

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UUT 23. The order is for an IV of 500 mL D5/0.45 NS with 20 mEq KCI to infuse over 10h. The nurse has a microdrip IV tubing s
UUT 23. The order is for an IV of 500 mL D5/0.45 NS with 20 mEq KCI to infuse over 10h. The nurse has a microdrip IV tubing set. What is the flow rate for the gravity IV? cm bomda OOVL 24. The healthcare provider orders a unit of packed red blood cells to infuse over 2 hours. The unit contains 250 mL. The blood tubing administration set has a drop factor of 10 gtt/mL. What is the flow rate for the infusion of packed red blood cells? 2 gtt/min 250mL X 10g++/m2 - 2,500 20.5 - - 1200 120 non 25. The doctor orders vancomycin 1g IVPB every 12 hours. The pharmacy sends vancomycin 1g in 200mL NS to infuse over 90 minutes. The IV tubing has a drop factor of 10 gtt/mL. How many ml/hr will the nurse set on the infusion pump?_ mU/hr 26. The healthcare provider orders azithromycin 500mg IV daily. The pharmacy sends the medication in a 100mL bag of NS with the directions to infuse the IV over 1 hour. The IV

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ANSWER.

23) Calculation of gtt/min.

          Formula

                 gtt/min = Volume(ml) / Time(min) * Drop factor (gtt/ml).

    Here

          Volume(ml) = 500 ml

          Time (min) = 600 min (10hr).

          Drop factor = 60 gtt/ml (microdrip drop factor).

As per above formula

               gtt/min = 500/600 * 60

                           = 0.83 * 60

                           = 49.8

                           = 50 gtt/min.

24) Calculation gtt/min.

              gtt/min = Volume(ml) / Time(min) * Drop factor(gtt/ml).

    Here

         Volume(ml) = 250 ml

         Time(min) = 120 min (2hr).

         Drop factor = 10 gtt/ml.

As per above formula

            gtt/min = 250/120 * 10

                        = 2.08 * 10

                        = 20.8

                        = 21 gtt/min.

25) Calculation of ml/hr.

            ml/hr = Volume(ml) / Time(hr).

     Calculation of volume.

           Volume(ml) = Desired dose/Dose in hand * Quantity.

   Here

           Desired dose(D) = 1 g.

          Dose in hand (H) = 1 g.

               Quantity (Q) = 200 ml.

As per above formula

         Volume(ml) of drug required = D/H * Q

                                                       = 1/1 * 200

                                                       = 200 ml.

                            TIme (hr) = 1.5 hr (90 min).

        So

                   ml/hr = 200 / 1.5

                             = 133.3 ml/hr.

     

  

.

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