That completely depends on what solution you pull into the syringe, and it's different for
every solution. If you don't understand that, you can't take the responsibility of preparing
or administering medication. Please ... consult with a doctor or a pharmacist before risking
someone's health.
CC stands for cubic centimeter and is equivalent to a milliliter.
1 ml / 0.08 ml = 12 doses, with a half dose left over.
The cubic centimeter and the milliliter are equivalent units. 1 cc = 1 mL.
A graduated cylinder or a syringe, take your pick.
u use a side of a ruler (special) u can get it at staples
A milliliter is a measure of volume. Therefore, you can characterize the volume of anything in milliliters. Most often, however, one measures the volume of liquids using milliliters.
no.. cc's and mL are interchangeable units of measurement. so.. 2cc=7mL hope this helps!!
A small syringe would be a good way to measure a milliliter of liquid. Remember that one CC (cubic centimeter) is equal to one milliliter. Many small syringes hold 3 CC which would be the same as 3 milliliters. Usually there are graduations on the syringe which indicate 1 CC and even partial measurements of CCs. If you don't have a syringe, you could get very close with a kitchen measuring spoon. 1/4 teaspoon is equal to 1.07 CC which is 1.07 Milliliters.
0.2 or one fifth.
CC stands for cubic centimeter and is equivalent to a milliliter.
Of course not! A 0.5 ml syringe contains 40% more volume (0.5 - 0.3 = 0.2 ml) than a 0.3 ml syringe.
50 cc - A cc (cubic centimeter) and a mL (milliliter) are equal to each other in terms of volume.
There is no level for 5 mg on a 1 ml syringe because micrograms (mg) are a measurement of mass and milliliters (ml) are a measurement of volume. You need to know what the concentration of the liquid medication is to convert the 5 mg to ml. At this point, you would be able to measure out the medication in your 1 ml syringe.
It is approximately 1/5 of the total.
ml and cc are the same..are yiu sure your dose is not .5 then it would be half
1ml in a syringe is far more accurate than 1ml in a dropper. as well as everything else, a 1ml syringe allows precise and dropwise addition to a reaction vessel for example.
Tenths of a milliliter.