In the metric (or SI) system, where units are related to one another by powers of 10, scientific notation makes conversions incredibly simple. However, if you are unfortunate enough to live in a country which still uses the Imperial system (or a variant) scientific notation is of hardly any help: converting 3.5*10^3 yards to miles is a difficult calculation.
Scientific notation is scientific notation - whether it is used for metric units, Imperial units or simply for numbers.
By changing the measurement units to a nanogram you would not require scientific notation. 1 nanogram = 1*10-9 gram or 1*10-12 kilogram
Conversion factors (equivalence between two measures) are used to convert between units
In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.
Density = Mass/Volume. Conversion between units will depend on what the two units are.
Scientific notation is scientific notation - whether it is used for metric units, Imperial units or simply for numbers.
It is: 3.72*10^-11 g in scientific notation
The scientific notation of a red blood cell with a diameter of 0.0000075 units is 7.5 x 10^-6 units.
scientific notation
scientific notation
By changing the measurement units to a nanogram you would not require scientific notation. 1 nanogram = 1*10-9 gram or 1*10-12 kilogram
There are no units in 473,000,000 which is 4.73*108 when expressed in scientific notation.
Conversion factors (equivalence between two measures) are used to convert between units
In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.In general, they are not.If you are thinking of the distance from the earth to the sun, then there are more convenient units. Even so, using scientific notation, that is a trivial problem.
It is 7.6*10^-3 unspecified units.
Density = Mass/Volume. Conversion between units will depend on what the two units are.
Units are unimportant for scientific notation so we'll leave them until the end. The first thing to do is divide the number by a power of ten so that the result has units as the greatest value. In this case we can divide by 100 to get 2.1263. 100 is the second power of 10, or 102 and so we need to write this alongside the above number as a multiplication. Thus 212.63 in scientific notation is 2.1263x102 As units were specified, these can simply be added on, to give 2.1263x102 cm3