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kilograms, gramsThe SI unit for the measurement of mass is the 'Kilogram'.Grams
Charged objects can have multiples of the fundamental charge because charge is quantized, meaning it exists in discrete amounts. Electrons, for example, have a charge of -1 fundamental unit, so objects can have multiples of this charge if they gain or lose electrons.
In physics, multiples refer to values that are greater than a specified quantity, while submultiples refer to values that are smaller than a specified quantity. For example, a kilometer is a multiple of a meter (1000 meters make a kilometer), while a centimeter is a submultiple of a meter (100 centimeters make a meter).
Neither. Volume is measured in:Liters and its multiples and submutiples such as milliliter, deciliter, decaliter and other variations.Fluid ounces, pints, quarts, gallons, etc.Cubic meters and multiples and submultiples of meterCubic feet, cubic inches, cubic yards, etc.
restricted to discrete multiples of a fundamental unit of charge (elementary charge). This means that charge can only exist in specific, whole number multiples of this unit, and cannot exist as a continuous range of values.
There are smaller masses but they need not be submultiples.
The cubic meter. Also, multiples and submultiples are often used, such as the cubic kilometer, the cubic decimeter (= liter) and the cubic centimeter (= milliliter).
I assume you mean units of length. The official (worldwide) unit for that is the meter. Multiples and submultiples are often used, such as kilometer, millimeter, or micrometer.
A unit of mass in the metric system is the gram. However, a larger unit, equivalent to 1000 grams, the kilogram, is the actual base unit.AnswerIn the SI system, the base unit for mass is the kilogram. Submultiples include the gram and the milligram, and multiples include the megagram.
The metric unit of power is the 'watt', and of course its power-of-ten multiples and submultiples are used where necessary to produce convenient numbers. Probably the closest to the horsepower is the 'kilowatt' = about 1.3405 HP .
The prefix is used for the name of multiples and submultiples.
micro second * * * * * No, that is a submultiple of a measurement unit of time - a second. Not of time itself. Time has no submultiples.
The unit in SI is Mg/m3. Submultiples are frequently used (g/cm3).
Mass is expressed in "kilogram" in the SI system. If that results in an inconveniently large or small number, then one of the kilogram's power-of-ten multiples or submultiples is more appropriate.
There is no such thing as a "metric ounce". The units of mass in the metric system are gram, kilogram, metric tonne (equals 1000 kilograms), and other decimal multiples and submultiples of the gram or kilogram.There is no such thing as a "metric ounce". The units of mass in the metric system are gram, kilogram, metric tonne (equals 1000 kilograms), and other decimal multiples and submultiples of the gram or kilogram.There is no such thing as a "metric ounce". The units of mass in the metric system are gram, kilogram, metric tonne (equals 1000 kilograms), and other decimal multiples and submultiples of the gram or kilogram.There is no such thing as a "metric ounce". The units of mass in the metric system are gram, kilogram, metric tonne (equals 1000 kilograms), and other decimal multiples and submultiples of the gram or kilogram.
A nanometre is 10-9 of a metre. If you look for 'SI system' in your search engine, you should find a list of the approved multiples and submultiples.
The meter, or multiples/submultiples thereof, such as kilometer, millimeter, micrometer, etc. (multiples larger than "kilo", such as mega or giga, are not commonly used with meters.)