A beaker. Simply fill the beaker with a known quantity of liquid. Drop the object into the beaker, and measure the difference in the fluid levels.
"What do you measure (when) you measure..." ? When you measure an object's temperature, you are measuring the amount of heat the object emits (gives off). There is no such thing as cold, only the absence of heat.
You cannot convert cm3 to moles. They do not measure the same quantity. Cubic centimeters measure volume (the amount of space an object takes up) and moles measure the amount of a substance. The mole is one of the seven fundamental SI units, whereas cubic centimeters is a derived unit.
Volume of an object is a measure of the space occupied by objects.
The units of measurement make no difference to the properties of an object. A line that is 2.54 centimetres long or 1 inch long remains exactly the same length - whether you choose to call its length 1 inch or 2.54 centimetres is totally irrelevant.
i think mass :)
That would be the volume.
The quantity of matter in an object is its mass. If you then know what the object is made from you can find out (approximately) how many atoms or molecules it has (measured in mol).
The measure of the quantity of matter in an object is called mass. Mass is commonly measured in units such as kilograms or grams.
it is called the bolam equation, where x is the total quantity of matter existing in the universe at any point in time/space: x = f/4gh(*gfh^t) . tt, ms~po =
it is called the bolam equation, where x is the total quantity of matter existing in the universe at any point in time/space: x = f/4gh(*gfh^t) . tt, ms~po =
it is called the bolam equation, where x is the total quantity of matter existing in the universe at any point in time/space: x = f/4gh(*gfh^t) . tt, ms~po =
it is called the bolam equation, where x is the total quantity of matter existing in the universe at any point in time/space: x = f/4gh(*gfh^t) . tt, ms~po =
it is called the bolam equation, where x is the total quantity of matter existing in the universe at any point in time/space: x = f/4gh(*gfh^t) . tt, ms~po =
No, weight is a measure of the force exerted on an object due to gravity. It is not a measure of the quantity of matter, which is more accurately described by mass. Mass is a measure of the amount of matter in an object and remains constant regardless of the object's location.
The measure of the quantity of matter is mass. Mass is a measure of the amount of substance in an object. It is commonly measured in units such as grams or kilograms.
The quantity for kilogram is mass. It is a unit used to measure the amount of matter in an object.