MATH REVIEW
How many 120-mL bottles can be filled from 3.84 L of a cough syrup? Answer: 120 mL. = 3840 mL. 1 bottle = ? bottles. 3840 x 1 = 3840 ÷ 120 = 32.
Infusion-Quiz-2.pdf
The physician order 1.5 litres of Lactated Ringers solution to be 120 mL/h d. 160 mL/h. 12. What is the correct setting for a burette pump to administer ...
Infusion-Quiz-1.pdf
The doctor orders 1.5 litres of Lactated Ringers solution to be What is the correct setting for a burette pump to administer 120 mL of fluid containing ...
Unit Conversions for Nursing Math
5 mL. 1 tbsp. = 15 mL. 1 fl. oz. = 30 mL. 1 cup = 250 mL. 1 L = 1000 mL. 1 mL = 1 cc 120 mL). These are direct conversions as used in nursing practice!
Infusion-Quiz-3.pdf
60 mL b. 120 mL c. 85 mL d. 90 mL. 8. A young male patient is to be given one litre of dextrose 4% in 1/5 normal saline. The infusion pump is set at a rate
Infusion-Quiz-4.pdf
75 mL b. 150 mL c. 175 mL d. 125 mL. 8. Half a litre of normal saline with 2 g potassium chloride is to be 120 mL/h b. 80 mL/h c. 60 mL/h d. 40 mL/h.
Fuel to Oil Ratio Fue l (L itre s)
Apr 11 2017 1L. 20. 30. 40. 50. 67. mL. 2L. 40. 60. 80. 100. 133. mL. 3L. 60. 90. 120. 150. 200. mL. 4L. 80. 120. 160. 200. 267. mL.
Chapter 6 Section 7
Units of capacity in the metric system are: Kiloliter (kl) hectoliter (hl)
Dilution Chart
DILUTION RATIO. 15 ML PUMPS / CAD GAL. 30 ML PUMPS / CAD GAL. ML / L. OZ / CAD GAL. OZ / US GAL 1:120 ... Comparing the litre's prices is not a good.
Making Dilutions Worksheet Key.pdf
(1.0M)(V?) = (0.4 M)(300mL) 120mL of the 1.0M Soln + If you dilute 174 mL of a 1.6 M solution of LiCl to 1.0 L determine the new concentration of the.
Conversion mL - cL - L (millilitres centilitres litres) Les bases de la
Bonjour à tous Aujourd'hui on va parler de conversion de liquides ! Pour ceux qui savent comment remplir un tableau de conversion le voici
[PDF] Table de conversion -Parties
1 litre de solution Quantité d'eau (ml) pour préparer 1 litre 5 litres de solution Quantité de produit (ml) pour préparer 10 litres 1 : 120
[PDF] Table de conversion 1
ml (millilitre) cl (centilitre) dl (décilitre) l (litre) 75 ml 3 90 ml 31/2 105 ml 4 120 ml (1/2) 41/2 135 ml 5 150 ml
[PDF] Conversion-mg-ml-stupefiant-liquidepdf
05 mL 05 mg (=500 mcg) 05 mL 70 mcg (= 007 mg) 07 mL 1 mg 1 mL 80 mcg (= 008 mg) 08 mL 2 mg 2 mL 95 mcg (=0095 mg) 095 mL 3 mg
[PDF] Dosages des produits concentrés - Ideal Chimic
10 ml 20 ml 30 ml 40 ml 50 ml 60 ml 70 ml 80 ml 90 ml 100 ml 120 ml 150 ml 15 ml 30 ml 45 ml 60 ml 75 ml 90 ml 105 ml 120 ml 135 ml 150 ml 180 ml 225 ml
[PDF] Mesurer les liquides (tableau de conversion des mesures)
Pour vous simplifier la vie voici un petit tableau qui récapitule tout ça Litre Décilitre =dl Centilitre =cl Millilitre =ml
[PDF] TABLEAU DES ÉQUIVALENCES DES UNITÉS DE MESURE
06 mi (mille) UNITÉS DE VOLUME 1 mL (millilitre) = 0035 oz liq (once liquide) 1 l (litre) = 022 gal CA (gallon canadien) 1 l (litre)
[PDF] Rituel de mesure -- Les contenances - Cenicienta
Complète avec l'unité qui convient (L cL mL) Convertir les unités de contenances Convertis dans l'unité demandée en utilisant le tableau de conversion
[PDF] Connaitre et utiliser les unités de mesure de contenances
Le litre (L) est l'unité principale de contenance décalitre litre décilitre centilitre hL dal L dL CL millilitre mL Un biberon : 120
Comment faire 125 ml ?
1 L = 1000 mL.Comment calculer les ml en litre ?
Voici quelques exemples : 100 g d'eau = 100 ml = 10 cl.C'est quoi 100 ml ?
Pour les liquides (eau, lait, etc.), le volume ainsi que le poids sont généralement égaux. Par exemple : 50 ml d'eau = 50 g d'eau, 1 litre de lait = 1 kg.
CLPNA Infusion Rate Calculations: Quiz 3 page 1
Infusion Rate Calculations
1. Your patient has an order to infuse 100 mL of D51/2NS with 10 MEq of KCI over the next
30 minutes. The set calibration is 10 gtt/mL. What is the correct rate of flow for this patient?
(Answer in gtt/min rounded to the nearest whole number). a. 43 gtt/min b. 33 gtt/min c. 23 gtt/min d. 13 gtt/min2. The physician orders an IV infusion of D5W 1000 mL to infuse over the next 8 hours. The IV
tubing that you are using delivers 10 gtt/mL. What is the correct rate of flow (drops per minute)? (Answer in gtt/min rounded to the nearest whole number). a. 12 gtt/min b. 21 gtt/min c. 24 gtt/min d. 33 gtt/min3. The 10:00 am medications scheduled for your patient include Keflex 2.0 g in 100 mL of a
5% Dextrose solution. According to the pharmacy, this preparation should be administered
in 30 minutes. The IV tubing on your unit delivers 10 gtt/mL. What is the correct rate of flow in drops per minute? (Answer in gtt/min rounded to the nearest whole number). a. 43 gtt/min b. 33 gtt/min c. 23 gtt/min d. 13 gtt/min4. The doctor orders 1.5 litres of Lactated Ringers solution to be administered to your patient
over the next 12 hours. Calculate the rate of flow if the IV tubing delivers 60 gtt/mL. (Answer in gtt/min rounded to the nearest whole number). a. 75 gtt/min b. 100 gtt/min c. 125 gtt/min d. 130 gtt/minINFUSION: QUIZ 3
CLPNA Infusion Rate Calculations: Quiz 3 page 2
5. The medications scheduled for your patient include Keflex 1.5 grams in 50 mL of a 5%
Dextrose solution. According to the pharmacy, this preparation should be administered in30 minutes. The IV tubing on your unit delivers 15 gtt/mL. What is the correct rate of flow in
drops per minute? a. 15 gtt/min b. 20 gtt/min c. 25 gtt/min d. 30 gtt/min6. An intravenous line has been inserted into a patient. Fluid is being delivered at a rate of 42
mL/h. How much fluid will the patient receive in 12 hours? a. 504 mL b. 252 mL c. 420 mL d. 640 mL7. A boy is to be given dextrose 5% via an infusion pump. If the pump is set at 60 mL/h, how
much dextrose will he receive in 1.5 hours (1 hour and 30 minutes)? a. 60 mL b. 120 mL c. 85 mL d. 90 mL8. A young male patient is to be given one litre of dextrose 4% in 1/5 normal saline. The
infusion pump is set at a rate of 80 mL/h. How long will it take to give the litre of solution? a. 6 hours, 30 minutes b. 10 hours, 30 minutes c. 12 hours, 30 minutes d. 14 hours, 30 minutes9. What is the required flow rate of a volumetric infusion pump to deliver 500 mL of dextrose
5% over 12 hours? (Answer in mL/h rounded to the nearest whole number).
a. 42 mL/h b. 21 mL/h c. 62 mL/h d. 34 mL/hCLPNA Infusion Rate Calculations: Quiz 3 page 3
10. What is the required flow rate of a volumetric infusion pump to deliver 500 mL of dextrose
5% over 8 hours? (Answer in mL/h rounded to the nearest whole number).
a. 126 mL/h b. 53 mL/h c. 87 mL/h d. 63 mL/h11. What is the required flow rate of a volumetric infusion pump to deliver 100 mL of
metronidazole 500 mg over 30 minutes? (Answer in mL/h rounded to the nearest whole number). a. 300 mL/h b. 200 mL/h c. 150 mL/h d. 100 mL/h12. What is the correct setting for a burette pump to administer 50 mL of fluid containing 0.5 g
of potassium chloride in half an hour? (Answer in mL/h rounded to the nearest whole number). a. 100 mL/h b. 50 mL/h c. 150 mL/h d. 125 mL/h13. What is the correct setting for a burette pump to administer 70 mL of fluid containing 1.2 g
of penicillin in 25 minutes? (Answer in mL/h rounded to the nearest whole number). a. 84 mL/h b. 168 mL/h c. 225 mL/h d. 145 mL/h14. 750 mL of normal saline is to be given to a patient over 9 hours using a giving set which
emits 20 drops/mL. What is the required drip rate in drops per minute? (Round answer to the nearest whole number). a. 21 gtt/min b. 32 gtt/min c. 28 gtt/min d. 36 gtt/minCLPNA Infusion Rate Calculations: Quiz 3 page 4
15. A patient is to have 400 mL of normal saline infused over 10 hours using a microdrip set
that delivers 60 drops/mL. What is the required drip rate in drops per minute? (Round answer to the nearest whole number). a. 40 gtt/min b. 50 gtt/min c. 60 gtt/min d. 67 gtt/min16. 300 mL of autologous blood is to be transfused over 2 hours using an administration set
which gives 20 drops per mL. What is the required drip rate in drops per minute for the blood infusion? (Round answer to the nearest whole number). a. 15 gtt/min b. 45 gtt/min c. 50 gtt/min d. 55 gtt/min17. A 350 mL unit of packed cells is to be run over 2 1/2 hours using an I.V. giving set which
delivers 15 drops/mL. What is the required drip rate in drops per minute for the blood infusion? (Round answer to the nearest whole number). a. 28 gtt/min b. 35 gtt/min c. 38 gtt/min d. 32 gtt/min18. One litre of Hartmann's solution is to be given I.V. For the first 6 hours the solution is
delivered at 85 mL/h, then the rate is reduced to 70 mL/h. Find the total time taken to give the full volume. a. 13 hrs. b. 11 hrs. c. 8 hrs. d. 16 hrs.19. A patient is to receive one litre of dextrose 4% in 1/5 normal saline. For the first 3 1/2
hours the fluid is delivered at 160 mL/hr. A specialist then orders the rate slowed so that the remaining fluid will run over the next 8 hours. Calculate the required flow rate. a. 110 mL/h b. 45 mL/h c. 85 mL/h d. 55 mL/hCLPNA Infusion Rate Calculations: Quiz 3 page 5
20. A patient is to receive one litre of Hartmann's solution. If an infusion pump is set at 120
mL/h, how long will the pump take to deliver the solution? a. 6 h 40 minutes b. 8 h 20 minutes c. 10 h 10 minutes d. 7 h 30 minutes21. 600 mL of normal saline is to be infused over 12 hours using a micro-drop giving set. The
set delivers 60 drops per millilitre. Calculate the required drip rate in drops per minute. a. 45 gtt/min b. 55 gtt/min c. 50 gtt/min d. 65 gtt/min22. A patient is receiving fluid from two I.V. lines. One line is running at 65 mL/h; the other at
70 mL/h. What volume of fluid would the patient receive via I.V. over 12 hours?
a. 1820 mL b. 1620 mL c. 840 mL d. 780 mL23. A patient ordered ampicillin 500 mg dissolved in 100 mL D5W to run for 1 hour. The drop
factor is 10 gtt/mL. What is the correct flow rate? (Answer to the nearest whole number). a. 10 gtt/min b. 16 gtt/min c. 17 gtt/min d. 60 gtt/min24. The patient is to get 0.9% sodium chloride IV infusing at 65 mL/h for 4 hrs. The drop factor
is 25 gtt/mL. What is the total volume that will be infused? a. 260 mL b. 240 mL c. 360 mL d. 130 mL25. The order is for LacPMPHG 5LQJHU·V 1000 PI MP 100 PICOB 7OH GURS IMŃPRU LV 10 JPPCPIB
What is the infusion time in hours and minutes?
a. 8 hrs. b. 8 hrs. 24 min c. 10 hrs. d. 10 hrs. 12 minCLPNA Infusion Rate Calculations: Quiz 3 page 6
Answer Key to Infusion: Quiz 3
Q01 b (100 mL x 10 gtt/mL) ÷ 30 min = 33.33 --> 33 gtt/min Q02 b (1000 mL x 10 gtt/mL) ÷ (8 hrs. x 60 min) = 20.83 --> 21 gtt/min Q03 b (100 mL x 10 gtt/mL) ÷ 30 min = 33.33 --> 33 gtt/min Q04 c 1.5 L x 1000 = 1500 mL; (1500 mL x 60 gtt/mL) ÷ (12 hrs. x 60 min) =125 gtt/min
Q05 c (50 mL x 15 gtt/mL) ÷ 30 min = 25 gtt/minQ06 a 42 mL/h x 12 hrs. = 504 mL
Q07 d 60 mL/h x 1.5 hrs. = 90 mL
Q08 c 1000 mL (1 litre) ÷ 80 mL/h = 12.5 hours or 12 hours and 30 minutesQ09 a 500 mL ÷ 12 hrs. = 41.6 --> 42 mL/h
Q10 d 500 mL ÷ 8 hrs. = 62.5 --> 63 mL/h
Q11 b 100 mL x (60 min ÷ 30 min) = 200 mL/h
Q12 a 50 mL x (60 min ÷ 30 min) = 100 mL/h
Q13 b 70 mL x (60 min ÷ 25 min) = 168 mL/h
Q14 c (750 mL x 20 gtt/mL) ÷ (9 hrs. x 60 min) = 27.7 --> 28 gtt/min Q15 a (400 mL x 60 gtt/mL) ÷ (10 hrs. x 60 min) = 40 gtt/min Q16 c (300 mL x 20 gtt/mL) ÷ (2 hrs. x 60 min) = 50 gtt/min Q17 b (350 mL x 15 drops/mL) ÷ (2.5 hrs. x 60 min) = 35 gtt/min Q18 a 1 L x 1000 = 1000 mL; 1000 mL - (85 mL/h x 6 hrs.) = 490 mL left; 490 mL ÷ 70 mL/h = 7 hours; 6 hours + 7 hours = 13 hours total Q19 d 1000 mL - (160 mL/h x 3.5 hours) = 440 mL remaining; 440 mL ÷ 8 hours = 55 mL/h Q20 b 1 L x 1000 = 1000 mL; 1000 mL ÷ 120 mL/h = 8 1/3 hours = 8 hours 20 minutes Q21 c (600 mL x 60 gtt/mL) ÷ (12 hrs. x 60 min) = 50 gtt/min Q22 b (65 mL/h + 70 mL/h) = 135 mL/h x 12 hrs. = 1620 mL Q23 c (100 mL x 10 gtt/mL) ÷ (1 hrs. x 60 min) = 16.7 --> 17 gtt/minQ24 a 65 mL/h x 4 hrs. = 260 mL
Q25 c 1000 mL ÷ 100 mL/h = 10 hours
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