Question

How do you convert milliliters to liters?

Answer 1

Hint: Measurement is the quantification of an object's or event's qualities so that they may be compared to other objects or events. Measurements scope and applicability are determined by the environment and discipline. Measurements do not apply to nominal qualities of things or events in natural sciences and engineering, which is in keeping with the rules of the International lexicon of metrology issued by the International Bureau of Weights and Measures.

Complete answer:
The litre is a metric volume unit. 1 cubic decimetre ( $ d{m^3} $ ), 1000 cubic centimetres ( $ c{m^3} $ ), or 0.001 cubic metre ( $ {m^3} $ ). A cubic decimetre (or litre) is equal to one-thousandth of a cubic metre and has a volume of $ 10{\text{ }}cm{\text{ x }}10{\text{ }}cm{\text{ x }}10{\text{ }}cm $ . Because the kilogramme was first established in 1795 as the mass of one cubic decimeter of water at the temperature of melting ice ( $ 0^\circ C $ ), one litre of liquid water has a mass of approximately precisely one kilogramme. This connection is no longer precise due to subsequent redefinitions of the metre and kilogramme.
We know that we must convert a litre to a millilitre, which is a conversion from a higher to a lower unit. The conversion factor is a key to solving a litre to millilitre problem and vice versa.
Because there are 1000 millilitres in each litre due to the factor of ten, you don't need a calculator to perform certain simple calculations and conversions.
This is an example of the metric system in action. We divide by to convert from "milli-" to a conventional unit like metres or litres.
One millilitre is one thousandth of a litre, while one litre is one thousand millilitres.
 $ 1\;mL = 0.001\;L = {10^{ - 3\;}}L $
 $ 1\;L = 1000\;mL = {10^3}\;mL $ .

Note:
When measured at its maximum density, which occurs at around $ 4{\text{ }}^\circ C $ , one litre of water weighs approximately precisely one kilogramme. As a result, 1000th of a litre of water, also known as one millilitre (1 mL), has a mass of around 1 g, while 1000 litres of water has a mass of about 1000 kg (1 tonne or megagram). This connection holds because the gram was initially defined as the mass of 1 mL of water; however, because the density of water fluctuates with temperature and, very slightly, with pressure, this definition was abandoned in 1799.