Andere Kunden interessierten sich auch für
![Unary Operation]( "Unary Operation")
Unary Operation29,99 €![The different numeral by roman numeral system to use in the only German language]( "The different numeral by roman numeral system to use in the only German language")
The different numeral by roman numeral system to use in the only German language26,99 €![The different numeral by roman numeral system to use in the only Tamil language]( "The different numeral by roman numeral system to use in the only Tamil language")
The different numeral by roman numeral system to use in the only Tamil language26,99 €![Numeral System]( "Numeral System")
Numeral System22,99 €![Binary Numeral System]( "Binary Numeral System")
Binary Numeral System25,99 €![Nonholonomic System]( "Nonholonomic System")
Nonholonomic System25,99 €![Reaction diffusion system]( "Reaction diffusion system")
Reaction diffusion system29,99 €
High Quality Content by WIKIPEDIA articles! The unary numeral system is the bijective base-1 numeral system. It is the simplest numeral system to represent natural numbers: in order to represent a number N, an arbitrarily chosen symbol representing 1 is repeated N times. For example, using the symbol (a tally mark), the number 6 is represented as . The standard method of counting on one's fingers is effectively a unary system. Unary is most useful in counting or tallying ongoing results, such as the score in a game of sports, since no intermediate results need to be erased or discarded. Marks are typically clustered in groups of five for legibility. This is similar to the practice of using digit group separators such as spaces or commas in the decimal system, to make large numbers such as 100,000,000 easier to read.