1 cubic centimeter = 1 cubic milliliter so it would take 50.0 cm to get 50.0 mL :)
It depends on the amount you want to take. If it is microlitres, you can use a micropipette, millilitres, a pipette (a burette would be more accurate), and if greater than that, it is best to use a large graduated cylinder. A graduated cylinder is more inaccurate than a pipette, but at volumes of 500ml for example, it is impractical to use a pipette.
500ml
0.5
You divide that number by 1000.
20 liters and 500ml is 20 and 1/2 liters Hence 25 liters is greater than 20liters and 500ml
A graduated cylinder is commonly used to measure the volume of liquid in a beaker. It typically has markings in milliliters for accurate measurement.
It depends on the amount you want to take. If it is microlitres, you can use a micropipette, millilitres, a pipette (a burette would be more accurate), and if greater than that, it is best to use a large graduated cylinder. A graduated cylinder is more inaccurate than a pipette, but at volumes of 500ml for example, it is impractical to use a pipette.
The largest volume a graduated cylinder can typically measure is around 2,000 milliliters or 2 liters. Some specialized graduated cylinders may have larger capacities, but this is the general range for most laboratory-grade cylinders.
A graduated cylinder is a piece of laboratory equipment used to measure the volume of liquids with high accuracy. To use it, pour the liquid into the cylinder, making sure the meniscus (the curved surface) is at eye level. The volume is read at the bottom of the meniscus to determine the correct measurement.
If a bottle holds 500mL of fluid then 375mL of liquid will fill a little less than 4/5 of the bottle. This means that if the bottle was divided into 5 sections (with a marker) that held equal volumes of liquid(use water) then the water would be just a little lower than the fourth marking on the bottle. However, the easiest way to know for sure where the 375mL mark is, would be to measure 375mL of water in a graduated cylinder and pour it into a water bottle that holds 500mL of liquid.
It takes roughly 3,500 to 5,000 liters of water to excrete 1 kg of ammonia nitrogen, depending on factors like pH levels and temperature. This water is needed to dilute the ammonia nitrogen and carry it out of the body through urine.
The same as for the standard 5 gallons. It is not worth it for a mere pint
500mL is 0.0005m3
Divide by 1000 500ml=0.5L
50L is bigger than 500ml
500ml an hour
Flow rate of 500mL over 4 hours = 500mL/4h = 125mL/h