One gtts, or drop, is a unit of volume commonly used in medicine and cooking. The exact volume of one drop can vary depending on the liquid's viscosity and the dropper used, but it is generally approximated to be about 0.05 milliliters (mL). In terms of conversions, 1 gtts is roughly equivalent to 20 drops per milliliter, although this can vary.
That it is equal to 1/1 which is 1
$1 is equal to 50.6 rupees
Any nonzero fractions where the numerator and denominator are the same number, are equal to 1. For example, 2/2 is equal to 1, or 3/3, 4/4, and so on.
It is equal to 1
NO. 1/3 is not equal to 1/4.1/3 = 4/121/4 = 3/12thus, 1/3 > 1/4
depends on the drop size, many are 60, some are less.
To convert drops (gtts) to milliliters (mL), the conversion factor typically used is that 20 drops equal 1 mL, though this can vary based on the liquid's viscosity and the dropper used. Therefore, to convert 40 gtts to mL, you would divide 40 by 20, resulting in 2 mL.
1
volume (ml) x drop factor (gtts/ml)Time (total minutes) gtts/ minute (flow rate)1500 ml iv saline over 12 hours, gtt factor15 gtts/ml , how many gtts/ minute need Tobe delivered?1500 ml x 15 (gtts/ ml) 12x60 720=31.25 or 31 gtts/ minute
What is a "gtt"
A device to control the rate of infusion of fluid, 10, 15 and 60 gtts/ml are the common ones. If you have a 10 drip set (10 gtts/ml) it will take 10 drops to make 1 ml
To calculate the number of drops (gtts) needed to run 500 ml in 60 minutes, you first determine the flow rate in ml per minute, which is 500 ml / 60 minutes = 8.33 ml/min. If you know the drip factor of the IV set you are using (for example, 20 gtts/ml), you can calculate the number of drops per minute: 8.33 ml/min × 20 gtts/ml = 166.67 gtts/min. Therefore, to run 500 ml in 60 minutes, you would need approximately 167 gtts/min.
Two drops twice a day.
There are 5 gm in 5 ml.
120 drops. 20 drops / mL.
15 gtts (drops) = 1ml 1.5ml --> 15 gtts + (15/2=7.5) = 22.5 drops
The number of drops (gtts) in 0.25 ml can vary depending on the size of the drop, which is influenced by the liquid's viscosity and the dropper used. However, a common estimate is that there are approximately 20 drops in 1 ml for water-like liquids. Therefore, in 0.25 ml, there would be roughly 5 drops.