1 mililiter is the SI unit of measurment and is referred to as mL for measurment tools. cc is the same as cubic centimeter which refers to the volume of the substance occupying the space in the measurement tool. 1 cc is the same as ml and either term can be used. There are 3 cc of liquid in a 3 ml syringe. But you can also say... There is a 3 ml bottle of vitamin syrup.
3 percent of 15 pounds = £0.453% of £15= 3% * £15= 0.03 * £15= £0.45
Note that 1 quart ≈ 946.4 cc². Then, it's obvious that 3 quarts ≈ 2839 cc², which is greater than 12 cc. So 12 cc is less than 3 quarts.
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15% = 3/20
A 3 cc syringe is the best size.
3.125 ml is the same as 3.125 cc. Therefore, you would need to fill a 3cc syringe with 3.125 ml of liquid. Just be cautious as most syringes are marked in increments of 0.1 cc, not 0.125 cc, so you may need to estimate.
my guess is that a 3/10 cc syringe means .3 of a cc. So you have to fill up the syringe three times plus one more time up to the 10 line. I would check this with a doctor however since if I am wrong you could be giving the wrong dosage
1 ml (millileter) is defined as one cubic centimeter (1 cc) so a 3 ml mark is also a 3 cc mark and hence 1cc is equal to 1/3 of the 3 ml syringe or the 1 ml mark.
1 cc equals 0.2 tsp, therefore 15 cc equals 3 tsp
7.5 cc of water in 1.5 teaspoons.
CC can vary between 15 and 17 cc per horse power, so a 3 horsepower motor has a cc of about 48 cc.
The conversion formula for cc to teaspoons is: cc x 0.203 = teaspoonsUsing your example, it would be: 15 cc x 0.203 = approximately 3.043 teaspoons.
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The lines on a syringe indicate the volume of liquid that can be measured and dispensed. Each line on the syringe represents a specific volume measurement, such as milliliters (mL) or cubic centimeters (cc). It is important to accurately read these lines to ensure the correct dosage of medication is administered.
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3cc is equal to 3 cubic centimeters, which is equivalent to 3 milliliters in medicine. This measurement is commonly used to calculate the volume of liquid medications that need to be administered.