Iv Flow Rate Quiz 2b2753
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1. Calculate the drip rate for 100 mls of IV Fluids to be given over a half hour via a giving set which delivers 10 drops/ml. Solution 100 mls X 10 drops/ml 1000 drops ---------------------------= -----------------30 min 30 min time = half hour = 30 minutes :
= 33 drops / min
2. One litre of Normal Saline is charted over 9 hours. The drop factor is 15. Calculate the number of drops per minute. Solution
1000 mls X 15 drops/ml ---------------------------540 min
=
15000 drops -----------------540 min
=
28 drops / min
[time = 9 hours = 9 x 60 = 540 minutes] [1 litre = 1000 mls]
3. One and a half litres of Normal Saline is required to be given over 4 hours. Using a giving set which delivers 10 drops/ml how many drops per minute will need to be given? Solution
1500 mls X 10 drops/ml ---------------------------240 min
=
15000 drops -----------------240 min
=
63 drops / min
[time = 4 hours = 4 x 60 = 240 minutes] [1.5 litres = 1500 mls]
4. Calculate the drip rate for 2 litres of IV Fluids to be given over 5 hours via a giving set which delivers 10 drops/ml. Solution
2000 mls X 10 drops/ml ---------------------------300 min
=
20000 drops -----------------300 min
=
67 drops / min
[time = 5 hours = 5 x 60 = 300 minutes] [2 litres = 2000 mls]
5. Ordered: 1 litre of Dextrose 5% in water over 8 hours using a giving set which delivers 10 drops/ml. Calculate the rate in drops/minute. Solution
1000 mls X 10 drops/ml ---------------------------480 min
=
10000 drops -----------------480 min
=
21 drops / min
[time = 8 hours = 8 x 60 = 480 minutes] [1 litres = 1000 mls]
6. You are required to ister 100 mls of IV Fluids over 1 hour. The drop factor is 15. How many drops per minute are required to start the flow off at the correct rate? Solution
100 mls X 15 drops/ml ---------------------------60 min
=
1500 drops -----------------60 min
=
25 drops / min
[time = 1 hour = 60 minutes]
7. You are required to ister 500 mls of Normal Saline over 3.5 hours. The drop factor is 10. How many drops per minute are required to start the flow off at the correct rate? Solution
500 mls X 10 drops/ml ---------------------------210 min
=
5000 drops -----------------210 min
=
24 drops / min
[3.5 hours = 210 minutes]
8.Calculate the drip rate for 500 mls of Normal Saline to be given over 4.5 hours via a giving set which delivers 15 drops/ml. Solution
500 mls X 15 drops/ml ---------------------------270 min [4.5 hours = 270 minutes]
=
7500 drops -----------------270 min
=
28 drops / min
9. You are required to ister 1 litre of Normal Saline over 7 hours. The drop factor is 10. How many drops per minute are required to start the flow off at the correct rate? Solution
1000 mls X 10 drops/ml ---------------------------420 min
=
10000 drops -----------------420 min
=
24 drops / min
[time = 7 hours = 7 x 60 = 420 minutes] [1 litre = 1000 ml]
10. One litre of Dextrose 5% in water is charted over 8 hours. The drop factor is 10. Calculate the number of drops per minute. Solution
1000 mls X 10 drops/ml ---------------------------480 min
=
10000 drops -----------------480 min
=
21 drops / min
[time = 8 hours = 8 x 60 = 480 minutes] [1 litre = 1000 ml]
11. You are required to ister 3 litres of IV Fluids over 12 hours. The drop factor is 10. How many drops per minute are required to start the flow off at the correct rate? Solution
3000 mls X 10 drops/ml ---------------------------720 min
=
30000 drops -----------------720 min
=
42 drops / min
[time = 12 hours = 12 x 60 = 720 minutes] [3 litres = 3000 ml]
12. Calculate the drip rate for 500 mls of Dextrose 5% in water to be given over 4 hours via a giving set which delivers 15 drops/ml. Solution
500 mls X 15 drops/ml ---------------------------240 min [time = 4 hours = 4 x 60 = 240 minutes]
=
7500 drops -----------------240 min
=
31 drops / min
13. One and a half litres of IV Fluids is prescribed over 8 hours. The drop factor is 15. How many drops per minute are required to start the flow off at the correct rate? Solution
1500 mls X 15 drops/ml ---------------------------480 min
22500 drops -----------------480 min
=
=
47 drops / min
[time = 8 hours = 8 x 60 = 480 minutes] [1.5 litres = 1500 mls]
14. Three litres of Hartmans (Lactated Ringer's) is charted over 12 hours. The drop factor is 15. The IV has been running for 9 hours. 800 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
800 mls X 15 drops/ml ---------------------------180 min
=
12000 drops -----------------180 min
=
67 drops / min
[time remaining = 3 hours = 3 x 60 = 180 minutes] [volume remaining = 800 mls]
15. Calculate the drip rate for 100 mls of IV Fluids to be given over 2 hours via a giving set which delivers 60 drops/ml. Solution
100 mls X 60 drops/ml ---------------------------120 min
=
6000 drops -----------------120 min
=
50 drops / min
[time = 2 hours = 2 x 60 = 120 minutes]
16. One litre of Dextrose 5% in water is charted over 3 hours. The drop factor is 10. The IV has been running for 1 hour and 15 minutes. 500 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
500 mls X 10 drops/ml ---------------------------105 min
=
5000 drops -----------------105 min
=
48 drops / min
[time remaining = 1 hour 45 min = 105 minutes] [volume remaining = 500 ml]
17. You are required to ister 1 litre of Normal Saline over 7 hours. The drop factor is 15. How many drops per minute are required to start the flow off at the correct rate? Solution
1000 mls X 15 drops/ml ---------------------------420 min
=
15000 drops -----------------420 min
=
36 drops / min
[time = 7 hours = 7 * 60 =420] [1 litre =1000 ml]
18. One litre of IV Fluids is charted over 11 hours. The drop factor is 10. The IV has been running for 9 hours and 45 minutes. 100 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
100 mls X 10 drops/ml ---------------------------75 min
=
1000 drops -----------------75 min
=
13 drops / min
[time remaining = 1 hour 15 mins = 75 minutes] [volume remaining = 100 ml]
19. Three litres of Normal Saline is charted over 12 hours. The drop factor is 15. The IV has been running for 9 hours and 45 minutes. 500 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
500 mls X 15 drops/ml ---------------------------135 min
=
7500 drops -----------------135 min
=
56 drops / min
[time remaining = 2 hour 15 mins = 135 minutes] [volume remaining = 500 ml]
20. One hundred millilitres of IV Fluids is charted over 2.5 hours. The drop factor is 15. Calculate the number of drops per minute. Solution
100 mls X 15 drops/ml ---------------------------150 min
=
1500 drops -----------------150 min
=
10 drops / min
[time = 2.5 hours = 2.5 * 60 = 150 minutes] http://testandcalc.com/quiz/testiv.htm
= 33 drops / min
2. One litre of Normal Saline is charted over 9 hours. The drop factor is 15. Calculate the number of drops per minute. Solution
1000 mls X 15 drops/ml ---------------------------540 min
=
15000 drops -----------------540 min
=
28 drops / min
[time = 9 hours = 9 x 60 = 540 minutes] [1 litre = 1000 mls]
3. One and a half litres of Normal Saline is required to be given over 4 hours. Using a giving set which delivers 10 drops/ml how many drops per minute will need to be given? Solution
1500 mls X 10 drops/ml ---------------------------240 min
=
15000 drops -----------------240 min
=
63 drops / min
[time = 4 hours = 4 x 60 = 240 minutes] [1.5 litres = 1500 mls]
4. Calculate the drip rate for 2 litres of IV Fluids to be given over 5 hours via a giving set which delivers 10 drops/ml. Solution
2000 mls X 10 drops/ml ---------------------------300 min
=
20000 drops -----------------300 min
=
67 drops / min
[time = 5 hours = 5 x 60 = 300 minutes] [2 litres = 2000 mls]
5. Ordered: 1 litre of Dextrose 5% in water over 8 hours using a giving set which delivers 10 drops/ml. Calculate the rate in drops/minute. Solution
1000 mls X 10 drops/ml ---------------------------480 min
=
10000 drops -----------------480 min
=
21 drops / min
[time = 8 hours = 8 x 60 = 480 minutes] [1 litres = 1000 mls]
6. You are required to ister 100 mls of IV Fluids over 1 hour. The drop factor is 15. How many drops per minute are required to start the flow off at the correct rate? Solution
100 mls X 15 drops/ml ---------------------------60 min
=
1500 drops -----------------60 min
=
25 drops / min
[time = 1 hour = 60 minutes]
7. You are required to ister 500 mls of Normal Saline over 3.5 hours. The drop factor is 10. How many drops per minute are required to start the flow off at the correct rate? Solution
500 mls X 10 drops/ml ---------------------------210 min
=
5000 drops -----------------210 min
=
24 drops / min
[3.5 hours = 210 minutes]
8.Calculate the drip rate for 500 mls of Normal Saline to be given over 4.5 hours via a giving set which delivers 15 drops/ml. Solution
500 mls X 15 drops/ml ---------------------------270 min [4.5 hours = 270 minutes]
=
7500 drops -----------------270 min
=
28 drops / min
9. You are required to ister 1 litre of Normal Saline over 7 hours. The drop factor is 10. How many drops per minute are required to start the flow off at the correct rate? Solution
1000 mls X 10 drops/ml ---------------------------420 min
=
10000 drops -----------------420 min
=
24 drops / min
[time = 7 hours = 7 x 60 = 420 minutes] [1 litre = 1000 ml]
10. One litre of Dextrose 5% in water is charted over 8 hours. The drop factor is 10. Calculate the number of drops per minute. Solution
1000 mls X 10 drops/ml ---------------------------480 min
=
10000 drops -----------------480 min
=
21 drops / min
[time = 8 hours = 8 x 60 = 480 minutes] [1 litre = 1000 ml]
11. You are required to ister 3 litres of IV Fluids over 12 hours. The drop factor is 10. How many drops per minute are required to start the flow off at the correct rate? Solution
3000 mls X 10 drops/ml ---------------------------720 min
=
30000 drops -----------------720 min
=
42 drops / min
[time = 12 hours = 12 x 60 = 720 minutes] [3 litres = 3000 ml]
12. Calculate the drip rate for 500 mls of Dextrose 5% in water to be given over 4 hours via a giving set which delivers 15 drops/ml. Solution
500 mls X 15 drops/ml ---------------------------240 min [time = 4 hours = 4 x 60 = 240 minutes]
=
7500 drops -----------------240 min
=
31 drops / min
13. One and a half litres of IV Fluids is prescribed over 8 hours. The drop factor is 15. How many drops per minute are required to start the flow off at the correct rate? Solution
1500 mls X 15 drops/ml ---------------------------480 min
22500 drops -----------------480 min
=
=
47 drops / min
[time = 8 hours = 8 x 60 = 480 minutes] [1.5 litres = 1500 mls]
14. Three litres of Hartmans (Lactated Ringer's) is charted over 12 hours. The drop factor is 15. The IV has been running for 9 hours. 800 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
800 mls X 15 drops/ml ---------------------------180 min
=
12000 drops -----------------180 min
=
67 drops / min
[time remaining = 3 hours = 3 x 60 = 180 minutes] [volume remaining = 800 mls]
15. Calculate the drip rate for 100 mls of IV Fluids to be given over 2 hours via a giving set which delivers 60 drops/ml. Solution
100 mls X 60 drops/ml ---------------------------120 min
=
6000 drops -----------------120 min
=
50 drops / min
[time = 2 hours = 2 x 60 = 120 minutes]
16. One litre of Dextrose 5% in water is charted over 3 hours. The drop factor is 10. The IV has been running for 1 hour and 15 minutes. 500 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
500 mls X 10 drops/ml ---------------------------105 min
=
5000 drops -----------------105 min
=
48 drops / min
[time remaining = 1 hour 45 min = 105 minutes] [volume remaining = 500 ml]
17. You are required to ister 1 litre of Normal Saline over 7 hours. The drop factor is 15. How many drops per minute are required to start the flow off at the correct rate? Solution
1000 mls X 15 drops/ml ---------------------------420 min
=
15000 drops -----------------420 min
=
36 drops / min
[time = 7 hours = 7 * 60 =420] [1 litre =1000 ml]
18. One litre of IV Fluids is charted over 11 hours. The drop factor is 10. The IV has been running for 9 hours and 45 minutes. 100 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
100 mls X 10 drops/ml ---------------------------75 min
=
1000 drops -----------------75 min
=
13 drops / min
[time remaining = 1 hour 15 mins = 75 minutes] [volume remaining = 100 ml]
19. Three litres of Normal Saline is charted over 12 hours. The drop factor is 15. The IV has been running for 9 hours and 45 minutes. 500 mls remain. How many drops per minute are needed so that the IV finishes in the required time? Solution
500 mls X 15 drops/ml ---------------------------135 min
=
7500 drops -----------------135 min
=
56 drops / min
[time remaining = 2 hour 15 mins = 135 minutes] [volume remaining = 500 ml]
20. One hundred millilitres of IV Fluids is charted over 2.5 hours. The drop factor is 15. Calculate the number of drops per minute. Solution
100 mls X 15 drops/ml ---------------------------150 min
=
1500 drops -----------------150 min
=
10 drops / min
[time = 2.5 hours = 2.5 * 60 = 150 minutes] http://testandcalc.com/quiz/testiv.htm
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