30 US quarts is equal to approximately 27,215.544 ml.
To calculate the drops per minute needed for the 500 ml of D5W to be administered over 5 hours, first, convert 5 hours to minutes (5 hours x 60 minutes = 300 minutes). Then calculate the drops per minute by dividing the total volume (500 ml) by the time in minutes (300 minutes) and the drip factor (15 gtt/mL), i.e., 500 ml / 300 min x 15 gtt/mL = 25 gtt/min.
There are approximately 6 drams in 30 ml.
1 US teaspoon = 4.92892159 ml 2 tsp = 9.857843 ml
gtt stands for "drops" in medical terminology. you need to determine the type of solution [fluid] that you are refering to in order to determine the number of drops. So, for instance, a crystaloid solution [e.g. normal saline] has 20 drops per ml Therefore 8mls would form 8 x 20 drops = 160 drops A colloid solution should as [gelofusine or blood] has only 15 drops per ml therefore 8mls would form 8 x 15 drops = 120 drops Hope this helps.
The weight of 30 ml of a substance depends on its density. If the substance is water, which has a density of approximately 1 gram per milliliter, then 30 ml would weigh 30 grams. However, for substances with different densities, the weight of 30 ml would vary.
60 gtt/mL
A microdrip is 60 gtt/ml.
1 tsp is equal to 5ml. 1 gtt ( 1 drop) is equal to 0.05 ml....because 20 drops in 1 ml. so 5ml divided by 0.05= 100 gtt or drops. so I think 100 gtt or drops in 1 tsp.
To calculate the drops per minute needed for the 500 ml of D5W to be administered over 5 hours, first, convert 5 hours to minutes (5 hours x 60 minutes = 300 minutes). Then calculate the drops per minute by dividing the total volume (500 ml) by the time in minutes (300 minutes) and the drip factor (15 gtt/mL), i.e., 500 ml / 300 min x 15 gtt/mL = 25 gtt/min.
You first need to find out what drop factor you are working with (how large the drops are). They normally range from about 10-20 gtt per mL (macrodrop) or 60 gtt per mL (microdrop). Your question cannot be answered until you know how many drops it would take to add up to your full 17 mL IV administration.
The drop factor differs (# of gtts/mL). A set that delivers large drops per mL (10-20 gtt/ml, usually 15) is called macrodrip set. One uses smaller gtts (60gtt/mL) is called microdrip. Usually the macrodrip set is used if the IV rate is to infuse > 100ml/hr. Vice versa, Microdrip < 100ml/hr volume. Here is the drip rate calculation: Volume (mL)/ time (min) x drip factor= gtt/min ranges 30-100 gtt/min.
12 gtt equals to how many drops
30 ml 30 ml
30 ml
Each cubic centimeter is equal to one ml. 30 cc equals 30 ml.
That is approximately 30 ml.
Each cubic centimeter is equal to one ml. 30 cc equals 30 ml.