The symbol for the set of integers is Z and it comes from the German word Zahlen, meaning numbers.
The symbol is Z from the German word for integers, zahl.
The symbol for the set is Z, from the German Zahlen meaning numbers.
The set of integers consists of zero, the natural numbers and their inverse (negatives). This is denoted by a boldface Z standing for the German word Zahlen. It means that Z is a subset of the sets of rational and real numbers and is countably infinite.
No. "Greater than" is for comparing which number is larger, and is denoted with the symbol >.
The symbol for the set of integers is Z. This comes from the German Zahl, which means integer.
The symbol for the set of integers is Z and it comes from the German word Zahlen, meaning numbers.
The symbol is Z from the German word for integers, zahl.
The symbol for the set is Z, from the German Zahlen meaning numbers.
The set of integers consists of zero, the natural numbers and their inverse (negatives). This is denoted by a boldface Z standing for the German word Zahlen. It means that Z is a subset of the sets of rational and real numbers and is countably infinite.
No. "Greater than" is for comparing which number is larger, and is denoted with the symbol >.
The set of integers is represented by Z.
The symbol for the set of integers is Z from the German word "zahl" = integer.
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Any symbol can be used to denote a set of integers. The set of all integers is denoted by Z, and the set of natural numbers by N.
ℤ is the symbol for the set of all integers, that is {..., -2, -1, 0, 1, 2, ...}.
The symbols for integers (not the set of integers) are often the letters n, i, j and k. In some early programming languages, any variable whose name started with the letters i to n (inclusive) was an integer variable.