dekameter abbreviated dam
1.35 meters. 100 cm = 1 m. 135/100 = 1.35. This displays the inherent usefulness of the metric system as all units and subunits are simply related by powers of 10 and can be readily identified by their prefix. Milli = 1/1000 of a unit Centi = 1/100 of a unit Deci = 1/10 of a unit No prefix = that unit Deca = 10 * that unit Hecto = 100 * that unit Kilo = 1000 times that unit And so on.
No. The prefix deca- means 10. So a decameter is 10 meters. 100 meters are a hectometer.
In one kilometer there are 1000 meters. Kilo is the prefix for 10^3.
One Angstrom unit = 10^(-10) meter
dekameter
10^1 = Deca So 10 meters = 1 Decameter.
1.35 meters. 100 cm = 1 m. 135/100 = 1.35. This displays the inherent usefulness of the metric system as all units and subunits are simply related by powers of 10 and can be readily identified by their prefix. Milli = 1/1000 of a unit Centi = 1/100 of a unit Deci = 1/10 of a unit No prefix = that unit Deca = 10 * that unit Hecto = 100 * that unit Kilo = 1000 times that unit And so on.
Meters, usually nanometers (10^-9).
The shortest unit of length is the Planck length, denoted ℓP, equal to 1.616252×10−35 meters.
No. The prefix deca- means 10. So a decameter is 10 meters. 100 meters are a hectometer.
In one kilometer there are 1000 meters. Kilo is the prefix for 10^3.
It indicates 10-12 of a unit.
There are 0.001 km in 1 meter. All you have to do is multiply 10 by 0.001. Just remember when you go from a prefix to a base, km being a prefix and m being a base, you multiply. When you are going from a base to a prefix, divide. 10 times 0.001 is 0.01m.
There is no such thing as smallest unit in the metric system. For example, the official prefix for the smallest unit is "yocto-", which is one septillionth (10^-24). But measurements can go on to 10^-11 yoctometres which is the Planck length, the smallest measurable distance.
One Angstrom unit = 10^(-10) meter
dekameter
There are .01 seconds in one centisecond, just as there are .01 meters in a centimeter. The prefix centi implies 10^(-2) multiplied by the value in the standard SI unit.