About a meter.
One meter is roughly as big as one big step for a large person. For those not yet on the metric system, a meter is about a yard long, actually closer to 39 inches, so one yard plus 3 inches.
A2 has double the area of A3, with a width equal to the length of A3 and a length equal to double the width of A3
Gold has a density of approximately 19 times the density of water. A metric ton of water has a volume of 1 cubic meter. If you divide the number of tons by 19, you'll get the volume of the gold, in cubic meters.
it mean you have to work small to make big
It depends on the size....circumference is the length of the sides (combined) so it just depends how big the rectangle is
One meter is roughly as big as one big step for a large person. For those not yet on the metric system, a meter is about a yard long, actually closer to 39 inches, so one yard plus 3 inches.
Usually three feet.
The Bare-backed fruit bat of Australia is around 30cm in length.
Yes, the predominant units are all still metric, although cosmologists exploring the earliest instants after the big bang often use units of planck time instead, but this of course is still based on the metric system. +++ The only other two units of time relevant in Astronomy and Geology are the Year and the second, and the Years are counted as indivisible although the second may be divided into its milli- and smaller divisions for particular calculations.
meters There is no special unit for the size of bacteria, so traditional systems of length are used. As most people who care about bacteria enough to measure them are scientists, and most scientists use metric (the better to understand each other), the metric system is used. Now, the basic unit of length in the metric system is a meter, but that is much to big to measure a bacterium with. Conveniently, metric units come with a series of prefixes to express multiples or fraction of a unit (you may know of centimeters, which are hundredths of a meter, and kilometers, which are a thousand meters) In general, bacteria will be measured in micrometers, which is to say millionths of a meter. In general, a bacterium will measure anywhere from one to ten nanometers.
A hectare is a unit of area. A metre is a unit of length. The two units are therefore incompatible.
"one direction"
It depends on the units used in 0.255 - whethr it is 0.255 sq miles, 0.255 sq inches, a metric measure of area or something else.
A foot is a unit of length. A square foot is a unit of area. The two units are therefore incompatible.
Assuming that the three figures given are the length, breadth and height of a cuboid, it has a volume of 1681576 cubic units.
16 units of length by 16 units of length - and unspecified height! So basically, you have no idea. Additional info: 16 inches wide by 16 inches long by how every tall you want to make it (within reason) it might be slightly larger to account for icing.
Half an inch equals exact 1.27 centimeters.