From a 10 ml vial, you can administer 100 injections of 0.1 ml each. This is calculated by dividing the total volume of the vial (10 ml) by the volume of each injection (0.1 ml), resulting in 10 ml ÷ 0.1 ml = 100 injections.
The number of shots in a 10ml vial depends on the dosage prescribed by the healthcare provider. To determine the number of shots, you need to divide the total volume (10ml) by the dosage per shot. For example, if the dosage is 1ml per shot, there would be 10 shots in a 10ml vial. However, if the dosage is 0.5ml per shot, there would be 20 shots in a 10ml vial.
The smallest vial is about 8 drams, and the largest is about 120 drams.
Twenty cubic centimeters (cc) is equivalent to 20 milliliters (ml), which is roughly the volume of a standard two tablespoons. In terms of physical space, it can be represented by a small vial or syringe, often used in medical settings. The volume is relatively small and can easily fit in the palm of your hand.
took a vial of poison
From a 10 ml vial, you can administer 100 injections of 0.1 ml each. This is calculated by dividing the total volume of the vial (10 ml) by the volume of each injection (0.1 ml), resulting in 10 ml ÷ 0.1 ml = 100 injections.
To find out how many ml from the vial are equal to 125 units, we have to first determine the concentration of the solution (units per ml). We can do this by dividing the total units (10,000) by the total volume (10 ml), which gives us 1000 units/ml. Then, we divide the number of units we want (125) by the concentration (1000 units/ml) to find that 0.125 ml from the vial is equal to 125 units.
The volume of liquid in a vial can vary depending on the medication or substance it contains. Vial sizes typically range from 1 to 100 milliliters, with common sizes being 10 or 30 milliliters. Always check the vial label or packaging for the specific volume.
1 vial equal to how many ml?
It appears that an estimated 4 ml of water was lost due to evaporation in each vial.
8.57 g D=mass/volume Wanting to fight weight of the vial so you would use Mass=density*volume 8.6mL is volume .997g/mL is density
To find the volume of the vial, we first need to calculate the mass of the liquid mercury. Mass of liquid mercury = 204.69 g - 96.94 g = 107.75 g Now, we can use the density of mercury (13.53 g/cm^3) to find the volume: Volume = Mass / Density = 107.75 g / 13.53 g/cm^3 ≈ 7.97 cm^3.
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An object that has a volume of 5 ml could be a teaspoon of liquid medicine, a small sample vial, or a perfume sample.
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