A repeating decimal is sometimes called a recurring decimal. The main idea is that at some point it must become periodic. That is to say, a certain part of the decimal must repeat, even though not all of it repeats. The parts that repeats is called the repetend. One very important idea is the a real number has a repeating decimal representation if and only if it is rational.
a) This could be a special numbering system, such as the Dewey Decimal System used in libraries. Such as 620.105.3.1.b) Or do you refer to repeating decimals, such as 6.304 304 304.
A non-terminating decimal.
'point' or 'and' because decimal ''point''
remainder
It is a repeating decimal.
A terminating decimal.
It is a terminating decimal.
Recurring. its signified by going to the designated decimal places need, then putting a little R up. Eg: 1 / 3 = .33r I am fairly sure that is what you are after..
To my knowledge there is no single word. Although, generally speaking, the word 'recurring' is used instead of 'repeating'. Hope that helps.
A repeating decimal is sometimes called a recurring decimal. The main idea is that at some point it must become periodic. That is to say, a certain part of the decimal must repeat, even though not all of it repeats. The parts that repeats is called the repetend. One very important idea is the a real number has a repeating decimal representation if and only if it is rational.
The decimal that never stops is called recurring decimal. For example - 1/3 = 0.3333... and goes on. Such decimals are written with a dot or bar on top of the numbers which are repeating.
I do believe you are asking about a sarcomere, units of repeating bands that make up the fibers (myofibrils) of a striated muscle.
a) This could be a special numbering system, such as the Dewey Decimal System used in libraries. Such as 620.105.3.1.b) Or do you refer to repeating decimals, such as 6.304 304 304.
Crystals are solids made up of particles arranged in a repeating geometric pattern. This regular arrangement gives crystals their characteristic shape and structure.
Ionic compounds are bonded in a repeating, three-dimensional lattice structure called a crystal lattice. This lattice is formed by the strong electrostatic attraction between positively and negatively charged ions held together in a fixed, repeating pattern.
There is no specific name for it.