Question

Ar 10.00. the rigation base and a new 1000 ml boy is bung At the end of the shit that rigation hay contains 1500 ml The Foley collection has been emptied of a lo t of fuld throughout the day. This includes urine and 500 ml 21 period of 30 minutes. The IV Amplin sodium 150 mg in 50 mL of normal saline is being administered 250 50ML 100 ml hr 34 10 drop Ampicillin sodium 250 mg in 50 mL of a saline is being admired over a period of the drop factors The nuwe determines that the info is runing at the presented the infusion is delivering how many drops 41 drops The post is t he 1000 DSW is 10 hour. The IV pump should be set 1000 100m/hr 150 mL he 100 ml he

Answer 1

ANSWER.

21) Calculation of ml/hr.

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

     Here

        Volume(ml) = 50 ml.

         Time(hr) = 0.5hr (30 min)

    As per above formula

                ml/hr = 50 / 0.5

                       C = 100 ml/hr.

22) Calculation of drops per min.

            Drops per minute = Volume(ml) / Time(min) * Drop factor(gtt/ml)

        Here

           Volume(ml) = 50 ml.

           Time(min) = 30 min.

           Drop factor = 10 gtt/ml.

As per above formula

           Drops per minute(gtt/min) = 50 / 30 * 10

                                                      = 1.67 *10

                                                      = 16.7

                                               a = 17 drops/min.

25) Calculation of ml/hr.

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

      Here

          Volume(ml) = 1000 ml.

          Time(hr) = 10 hr.

      As per above formula

          ml/hr = 1000 / 10

              b = 100 ml/hr