You have to give 3 times 5 mg = 15 mg therefore you have to give 3 times 2 ml = 6 ml (15 mg = 6 ml of whatever that bottle contains).
a ml of water ways a thousand milligrams (or one gram)
2 mg per 1 ml is more concentrated but that means that you will need a bigger quantity of the 0.2 mg per 1 ml mixture for the same amount of the active ingredient.
No. A "cc" (cubic centimeter) is an old term for a milliliter (ml) which is a unit of volume. A milligram (mg) is a unit of mass.
"ml" means 0.001 liter. It's a unit of volume ... the space that something occupies."mg" means 0.001 gram. It's a unit of mass ... the amount of matter that something is made of.
The 50 mg is the dose for whatever you are taking. Whatever you are taking should say or you should know what the dose is for example 25 mg/ml therefore you would have to take two ml or 2 cc, if it was 100 mg/ml you would have to take 1/2 ml or cc. ml and cc are the same but mg is what the dose is.
To administer 2 g in 150 ml over a specific time period, you need to find the concentration in mg per ml. First, convert 2 g to mg (2000 mg). Then, divide the total amount (2000 mg) by the total volume (150 ml) to find the concentration: 2000 mg / 150 ml = 13.33 mg/ml. This is the concentration you need to administer per minute.
bisolvon otopina 2 mg/ml bromhexine
In a 2 ml injection of diazepam 10 mg, there are 10 mg in 2 ml, which means there are 5 mg in 1 ml. Therefore, in 2.5 ml, there would be 12.5 mg of diazepam.
No. mg is a unit of weight. ml is a unit of volume.
1
180 ml. in the metric conversion chart, ml would be the same as mg.
You have to give 3 times 5 mg = 15 mg therefore you have to give 3 times 2 ml = 6 ml (15 mg = 6 ml of whatever that bottle contains).
0,4 ml
The concentration of Megace is generally 40 mg/mL. To calculate the volume needed for 80 mg, you would divide 80 mg by 40 mg/mL, resulting in 2 mL.
a ml of water ways a thousand milligrams (or one gram)
You can prepare a 2 mg/ml protein solution by diluting the 10 mg/ml protein solution with a diluent in a 1:5 ratio. Measure 8 ml of the 10 mg/ml protein solution and add 32 ml of the diluent to make a total volume of 40 ml. Mix properly to ensure uniform distribution of the protein in the solution.