Complex numbers, Real numbers, Rational numbers, Integers, Natural Numbers, Multiples of an integer.
It is the property that 1 is the multiplicative identity for sets of numbers.
If duplicates are permitted, then 6. If not, then 4 1,1,24 1,2,12 1,3,8 1,4,6 2,2,6 2,3,4
equal sets with exactly the same elements and number of elements.equivalent sets with numbers of elements
It can be element of: Rational numbers or Real numbers
No, they are complementary sets. No rational number is irrational and no irrational number is rational.Irrational means not rational.
A single number does not have a product. there are infinitely many pairs (or sets of more numbers) whose product is 21. For example, 210 and 0.1
Please don't write "the following" if you don't provide a list. This is the situation for some common number sets:* Whole numbers / integers do NOT have this property. * Rational numbers DO have this property. * Real numbers DO have this property. * Complex numbers DO have this property. * The set of non-negative rational numbers, as well as the set of non-negative real numbers, DO have this property.
A number set is simply a collection of numbers. The numbers in a set need not share any property whatsoever - the only requirement is that they are all numbers.
It is the property that 1 is the multiplicative identity for sets of numbers.
the answer is -1
The theory of numbers is based on the property of sets of different kinds of numbers.
If duplicates are permitted, then 6. If not, then 4 1,1,24 1,2,12 1,3,8 1,4,6 2,2,6 2,3,4
There are two sets of numbers listed at the bottom of a check. These sets of numbers are the routing numbers and the account number. The nine digit set of numbers is the routing number.
There are two sets of numbers listed at the bottom of a check. These sets of numbers are the routing numbers and the account number. The nine digit set of numbers is the routing number.
The identity element for multiplication of numbers is 1 and it has the property that for any number, X, in the number system, X * 1 = X = 1 * X The multiplicative property of -1 is X * (-1) = -X = (-1) * X for sets where -1 and -X are defined: they need not be, eg in the set of positive numbers.
The set of Real NumbersThe set of Imaginary Numbers
1.18 is a number and number do not contain any sets (of any kind).