A graduated cylinder measures liquid volume. The word "graduated" means it's marked off in units, usually milliliters (mL). Because the cylinder is graduated more finely than most beakers or flasks, the graduated cylinder is the best way to accurately measure liquid volume in science. Beakers and flasks can give you a rough measurement, but graduated cylinders are the way to go if you really want to be accurate.
A measuring cylinder is used to measure the volume of liquids.
A graduated cylinder or a measuring cup is typically used for measuring liquids. These instruments have marked increments to help accurately measure volumes of liquid.
okay so a measuring cylinder in is something used in science to measure liquids, it measures how mush is in there
A graduated cylinder or a syringe can be used to measure 10 ml of water accurately. Alternatively, a measuring spoon that is calibrated for milliliters can also be used for measuring small volumes of liquids.
The graduated Cylinder it used to measure the volume of liquid materials such as chemicals or h20.This is used for measuring in millimeters
A name of a measuring item used in science is MEASURING CUP
A measuring beaker... a graduated cylinder or a buret
Graduated measuring cylinders are generally used for measuring liquids.
Yes, a measuring cylinder is used for measuring volume. It is called a graduated cylinder
Yes. An inside micrometer or bore micrometer can be used for measuring the bore of a machined cylinder.
Well, that depends on what cylinder you are using. For example, a graduated cylinder is used to measure the volume of a liquid, the measure of a solid by displacement, or for measuring quantities of volumes to be added into a mixture or chemical reaction.
It is to measure liquids to specific amounts to be used in the scientific experiments. Sometimes called a graduated cylinder usually ruled with lines at each millilter or fraction thereof. A more common example would be a measuring cup ruled or marked in fractions of a cup though not all measuring cups have circular cross-sections.