I think you really mean where is 0.67 mL on a 1 mL syringe? If so, and you are measuring Frontline (another assumption), you would be better off to get yourself a Monodose Teaspoon measure from Amazon ($1.50). You would be dosing about 1/8th of a teaspoon for the 0.67mL dose. It isn't exact, but very close and will still do the job.
Just use 1mL
36% of the way to the 1ml line.
How full should a 1ml oral syringe be to have 2.5mg in it??
Where is 0.9ml on the 3ml syringe?
On a 1ml syringe, 0.125 ml would be located between the 0.1 ml mark and the 0.2 ml mark. Each small increment on a 1ml syringe represents 0.1 ml, so 0.125 ml would fall closer to the 0.1 ml mark. It is important to be precise when measuring such small volumes to ensure accurate dosing.
1cc = 1ml. So on the syringe marked in ccs, it should be 1cc.
CC stands for cubic centimeters. ML stands for Milliliters. One cc is equal to one ml. So, if you need 1ml you can use 1cc or 1/5 of a 5cc syringe.
0.4 ml on a 1 ml syringe is equivalent to 40% of the total capacity of the syringe. This would be marked approximately at the 0.4 ml line, which is typically one of the smaller increments on the syringe. If you're reading the measurements, ensure to accurately follow the markings for precise dosing.
A milliliter is the volume contained in a cubic centimeter. So, 1ml = 1cc and .67ml = .67cc!
To draw up 0.18 ml in a 1 ml syringe, you would pull the plunger to the 0.18 ml marking on the syringe barrel while making sure there are no air bubbles. Make sure to read the measurement at eye level for accuracy. If the syringe does not have a 0.18 ml marking, estimate between the closest incremental markings.
There is no difference. 1 cubic centimeter (cc) and 1 milliliter (mL) are the same volume.
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.