· The multiples and sub multiples of mass are the Petagram, teragram, gigagram, megagram, kilogram, gram, milligram, microgram.AnswerAs the SI base unit for mass is the kilogram, the gram is the submultiple -not the other way around!
Multiple and sub-multiples are used when the range of values is too large to be measured in a single unit.
10
SI is a base 10 standardized system
The standard unit of length is the meter, and any multiple and submultiple such as kilometer and millimeter. Nonstandard units include foot, inch, mile, light-year, parsec, astronomical unit.
· The multiples and sub multiples of mass are the Petagram, teragram, gigagram, megagram, kilogram, gram, milligram, microgram.AnswerAs the SI base unit for mass is the kilogram, the gram is the submultiple -not the other way around!
Multiple and sub-multiples are used when the range of values is too large to be measured in a single unit.
Kilograms and multiples (or fractions) of it.
The SI unit for power is the watt. Commonly, either the watt or some multiple or submultiple is used for power, for example kilowatt, megawatt, gigawatt, milliwatt, etc.
The SI unit for power is the watt. Commonly, either the watt or some multiple or submultiple is used for power, for example kilowatt, megawatt, gigawatt, milliwatt, etc.
The prefix is used for the name of multiples and submultiples.
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).
In the SI we use the submultiple gram (g).
Ten
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.)
10
All of them. They are all measurement units counted in divisions or multiples of 10.