It depends on what characteristic of the CD case is being measured: its mass, linear dimensions, volume, transparency to light (or other electromagnetic radiation), its brittleness, etc.
what do you use to measure a cd
mm is the metric unit
you are an idiot. If i was there
Micrometre.
Gram.
Feet
A sound detector !
F this guy
A centimetre, unless I wanted a very precise value (why?) in which case I would use a millimetre.
There is no equivalent.Litres are a measure of volume, the amount of space something occupies.Kilograms are a measure of mass, how much something would weigh.There is one special case which is historical and was the original basis for mass in the metric system.One litre of pure water, at standard temperature and pressure, will have a mass of about one kilogram. This is not true for any other substance.
A kg is a measure of mass, a cubic meter is a measure of volume, so without a way to convert from one to the other (in this case a mass density), the question has no meaning. If you were considering something with a density of about 1 gram per cm, like water, then the answer would be 1000 kg (a metric tonne), but if the substance were 5 grams per cm, like rock, then the answer would be 5000 kg.
the best unit to use for measuring milk is milliliter
A cubic meter is a unit of volume; a metric ton is a measure of mass. Depending on what is in a particular cubic meter, the mass may vary between close to zero (in a vacuum), and billions of tons (in a neutron star). For example, a cubic meter of water has a mass of 1 ton, a cubic meter of lead, about 11 tons, a cubic meter of gold, about 19 tons. In every case, you have to multiply the volume with the density of whatever fills the cubic meter.A cubic meter is a unit of volume; a metric ton is a measure of mass. Depending on what is in a particular cubic meter, the mass may vary between close to zero (in a vacuum), and billions of tons (in a neutron star). For example, a cubic meter of water has a mass of 1 ton, a cubic meter of lead, about 11 tons, a cubic meter of gold, about 19 tons. In every case, you have to multiply the volume with the density of whatever fills the cubic meter.A cubic meter is a unit of volume; a metric ton is a measure of mass. Depending on what is in a particular cubic meter, the mass may vary between close to zero (in a vacuum), and billions of tons (in a neutron star). For example, a cubic meter of water has a mass of 1 ton, a cubic meter of lead, about 11 tons, a cubic meter of gold, about 19 tons. In every case, you have to multiply the volume with the density of whatever fills the cubic meter.A cubic meter is a unit of volume; a metric ton is a measure of mass. Depending on what is in a particular cubic meter, the mass may vary between close to zero (in a vacuum), and billions of tons (in a neutron star). For example, a cubic meter of water has a mass of 1 ton, a cubic meter of lead, about 11 tons, a cubic meter of gold, about 19 tons. In every case, you have to multiply the volume with the density of whatever fills the cubic meter.
It depends on the matter. Regular solid matter could be measured in metric measurements with a rule or a tape measure. Or in weight. Or in the volume of water the matter displaces, in which case the measurement would be in litres and millilitres.
Square centimetres: unless I was in production in which case square millimetres.
A centimetre, unless I wanted a very precise value (why?) in which case I would use a millimetre.
A litre. Unless you wanted to be particularly precise, in which case millilitre.
Length * Width * Height.
A unit of volume such as a litre.
The answer would depend on what characteristic of the drop of water you wished to measure: its mass, surface area, volume, length, shape, refractive index, and so on. In any case, the tool would be much the same as the tool used for the traditional measurement - only the units would differ/
There is no equivalent.Litres are a measure of volume, the amount of space something occupies.Kilograms are a measure of mass, how much something would weigh.There is one special case which is historical and was the original basis for mass in the metric system.One litre of pure water, at standard temperature and pressure, will have a mass of about one kilogram. This is not true for any other substance.
It truly doesn't matter which you measure first. Unless you are trying to find a property of something that is dependent on either mass or volume, but not the other; in which case you would find first the one you need to make the unknown property.
A kg is a measure of mass, a cubic meter is a measure of volume, so without a way to convert from one to the other (in this case a mass density), the question has no meaning. If you were considering something with a density of about 1 gram per cm, like water, then the answer would be 1000 kg (a metric tonne), but if the substance were 5 grams per cm, like rock, then the answer would be 5000 kg.
188 milliliters (ml) is equal to 188 milligrams (mg). They have the same numerical value because both milliliters and milligrams are metric units of measurement, but they measure different properties. Milliliters measure volume, while milligrams measure mass. So, in this case, 188 ml is equivalent to 188 mg.
A kg is a measure of mass, a cubic meter is a measure of volume, so without a way to convert from one to the other (in this case a mass density), the question has no meaning. If you were considering something with a density of about 1 gram per cm, like water, then the answer would be 1000 kg (a metric tonne), but if the substance were 5 grams per cm, like rock, then the answer would be 5000 kg