The number of drops in a given volume can vary based on the dropper and liquid density, but a common approximation is that 20 drops equal 1 milliliter (ml). Therefore, in 2 ml, there would be about 40 drops, and in 5 ml, there would be approximately 100 drops.
100 drops per 5mL
There are 20 drops per milliliter.
1 tsp = 5 mL so 4 tsp = 20 mL
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.
1/4 teaspoon= 1 mL 1/2 teaspoon = 2mL 1 teaspoon = 5 mL 1 tablespoon = 15mL
60
Concentration = 10 mg/ml 140 mg = 140mg/10 mg/ml = 14 ml 1 Teaspoonful = 5 ml 14 ml = 2.8 Teaspoonfuls ~ 3 Teaspoonfuls However, I don't know the accuracy you required. If you need the exact volume, 2.8 Teaspoonfuls are not practical. Then you have to convert 0.8 Teaspoon into drops. 0.8 Teaspoon = 0.8x5 ml = 4 ml 1 ml = 15 drops 4 ml = 4x15 = 60 drops Then the volume is 2 teaspoonfuls and 60 drops. Here also you see counting 60 drops is inconvenient. Then better to take the volume of 3 teaspoonfuls and remove a volume equivalent to 0.2 teaspoons. 0.2 teaspoonful = 0.2 x 5 ml = 1 ml = 15 drops Then; 3 teaspoonfuls minus 15 drops.
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.
simply dissolve 5 ml of salt in 250 ml of warm water
5
yes and no because water has a volumic mass of 0,89g/mL Approximative so 1g/mL is not right.
0.75mL is 15 drops.