IV Test

Calculate the following gtt/min

      Amount           Time  IV Set Drop Factor  gtt/min

1) 60 ml   1 hr   60   ______

2) 200 ml  3 hr   15   ______

3) 1200 ml  10 hr   20   ______

4) 600 ml  5 hr   10   ______

5) 480 ml  8 hr   60   ______

6) 1800 ml  12 hr   15   ______

7) 500 ml  6 hr   20   ______

8) 36 ml   1 hr   60   ______

9) 125 ml  2 hr   15   ______

10) 50 ml   1.5 hr   10   ______

11) 800 ml  4 hr   15   ______

12) 75 ml   1 hr   60   ______

13) 1400 ml  8 hr   20   ______

14) 120 ml  2 hr   10   ______

15) 55 ml   1 hr   15   ______
 

16)  Infuse DSW 1000 ml over 6 hr.  The drip factor is 15 gtt/ml.  Using a standard IV administration set, regulate the rate at ______gtt/min.
 

17)  Infuse 150 ml of Hyperalimentation fluid over 2 hr.  Use a microdrip administration set (60 gtt/ml) and regulate the rate at ______gtt/min.
 

18)  The order reads Lonosol MB 800 ml to infuse over 8 hr.  Using a microdrip administration set (60 gtt/ml), regulate the rate at ______gtt/min.
 

19)  Infuse D5 1/2 NS 600 ml over 8 hr.  The drip factor is 15 gtt/ml.  Use a standard IV administration set and regulate the rate at ______gtt/min.
 

20)  Administer Human Plasma 250 ml over 3 hr.  Use a blood administration IV set with a drop factor of 10 gtt/ml and regulate the rate at ______gtt/min.
 

21)  The order reads: D5 1/4 NS 500 ml to infuse at 35 ml/hr.  Using an IV set with a drop factor of 60 you would regulate the rate at ______gtt/min.
 

22)  Give Ringers Lactate 500 ml over 4hr.  Using a standard IV administration set with a drop factor of 15 gtt/ml, regulate the rate at ______gtt/min.
 

23)  lnfuse Dextran 6 percent 250 ml over 4 hr.  Using a blood administration set with a drop factor of 10 gtt/ml, regulate the rate at ______gtt/min.
 

24)  Infuse 10% D/W 1000 ml over 12 hr.  Use standard IV administration set delivering 15 gtt/ml, and regulate the rate at ______gtt/min.
 

25)  Infuse D5 1/2 NaCl 500 ml over 6 hr.  Using a microdrip administration set (60gtt/ml), regulate the rate at ______gtt/min.
 

26)  1000 ml of 5% glucose in water is to be administered in 8 hours.  The tubing delivers 15 gtts per ml.  How many gtts per minute should the IV run?
 

27)  Dr. orders 3000 ml NS IV to run for 24 h.  Drop factor is 10 gtt/ml.  What should the infusion rate be?
 

28)  Penicillin G 1,000,000 Units IV piggyback in 100 ml N/S to be infused in 30 min.  Calculate the infusion rate.  Drop factor is 10 gtt/ml.
 

29)  1500 ml D5 Lactated Ringer's IV to run for 12 h.  Calculate the infusion rate.  Drop factor is 15 gtt/ml.
 

30)  1000 ml Lactated Ringer's IV to run for 24 h.  Drop factor is 60 gtt/ml.  Calculate infusion rate.
 

31)  Chlorosycetin 500 mg in 50 ml of Normal Saline IV piggyback is to run in 1 hour.  Drop factor 60 gtt/ml.  Calculate the infusion rate.
 

32)  It is 4:30 pm and you find 100 ml of an IV running.  The drop factor is 60 gtt/ml.  What must the rate be in gtts/min to finish the IV at 1930?
 

33)  The order is to infusion 1500 ml over the next 8 hours  What must the rate be in gtts/min if the drop factor is 15 gtts/ml?
 

34)  You are to infuse 250 ml of IV fluid.  The drop factor is 10 gtt/ml.  What must the rate be in gtts/minute to infuse the volume in 100 minutes?
 

35)  The physician orders 1000 ml of 5% D/W q12H.  How many ml/hr will the client receive?
 

36)  The physician orders 1000 ml of 5% D.45NS at 42 ml/hr.  How long will it take for the IV to infuse?
 

37)  The physician's order is for 150 mg of Tagamet IVPB q12H. Available to the nurse is 50 ml of 5% D/W with 150 mg of Tagamet added with directions to infuse over 15 minutes.  The IV tubing delivers 15 gtts/ml.  The IV will infuse at how many gtts/min?
 

38)  The physician orders 1000 ml 5% D.3 NaCl with 20 mEq of KCl q10H.  How many ml/hr will the client receive?
 

39)  The physician orders 1000 ml 5% D/W q24H.  The IV tubing delivers 15 gtts/ml.  How many drops per minute