No, because there are no naturl numbers.
But natural numbers (even), are not equivalent to integers: they are a subset of integers. Negative whole numbers are integers but they are not natural numbers. Mathematicians are undecided about whether or not zero is a natural number.
Assuming that "natsurl" is intended to be natural, the answer is NO. Integers can be negative, natural numbers cannot.
No integer other than 1 does. Numbers like this are said to be co-prime.
An integer X is said to be a factor of another integer C, if there exists an integer Y, such that C = X*Y.Thus, although the factor X is a single number, it is paired with factor Y.
Only the integer 2 for non-zero primes.
1 hour ago my c program said no, but now I know 5 actually is an integer!
Is divisible by 60 and is a multiple of 60.
Simply put, even numbers are numbers divisible by two. Odd numbers cannot be divided by two. This has to do with dividing an integer by two. If there is no remainder, the number is said to be even; if there is a remainder of 1, the number is said to be odd. Even numbers end with 0, 2, 4, 6, or 8. Odd numbers end with 1, 3, 5, 7, or 9.
There is no greatest common multiple of any integers as whatever number is said to be it, the lowest common multiple of the numbers can be added to get an even greater common multiple. If you mean least common multiple (the lowest (positive) integer that can be divided by the numbers without a remainder), the answer is 312. If you mean the greatest common factor (the greatest (positive) integer that can divide into the numbers without any remainder). the answer is 4.
The Least Common Factor (the smallest positive integer that divides into all the numbers without remainder) for any set of numbers is 1.Did you mean:Least Common MULTIPLE (the smallest positive integer which is a multiple of all the numbers), which for {4, 9, 12, 18} is 36; orHIGHEST common factor (the highest positive integer which divides into all the numbers without remainder), which for {4, 9, 12, 18} is 1.Note: There is NO highest common multiple for a set of numbers as whatever number is said to be their highest common multiple you can multiply by any number to get an even higher common multiple.
Numbers are infinitely dense. That means that there are infinitely many numbers between any two numbers.So, if you said 22074410.5 was the next, what about 22074410.25But that is not the next, because what about 22074410.225But that is not the next, because what about 22074410.2225and so on, forever.Each number is greater than 22074110, that is after it, but is before the earlier attempt to find the "next".The integer, not number, that comes after is 22074111.Numbers are infinitely dense. That means that there are infinitely many numbers between any two numbers.So, if you said 22074410.5 was the next, what about 22074410.25But that is not the next, because what about 22074410.225But that is not the next, because what about 22074410.2225and so on, forever.Each number is greater than 22074110, that is after it, but is before the earlier attempt to find the "next".The integer, not number, that comes after is 22074111.Numbers are infinitely dense. That means that there are infinitely many numbers between any two numbers.So, if you said 22074410.5 was the next, what about 22074410.25But that is not the next, because what about 22074410.225But that is not the next, because what about 22074410.2225and so on, forever.Each number is greater than 22074110, that is after it, but is before the earlier attempt to find the "next".The integer, not number, that comes after is 22074111.Numbers are infinitely dense. That means that there are infinitely many numbers between any two numbers.So, if you said 22074410.5 was the next, what about 22074410.25But that is not the next, because what about 22074410.225But that is not the next, because what about 22074410.2225and so on, forever.Each number is greater than 22074110, that is after it, but is before the earlier attempt to find the "next".The integer, not number, that comes after is 22074111.
Since zero has infinitely many factors, it can be said that any pair of numbers (0,n) - where n is an integer - are a factor pair for zero.1 = 1 * 1
An integer X is said to be divisible by another integer Y (not = 0) if Y divides X evenly: a whole number of times without remainder. Another way of putting it is that X = nY where n is an integer. The concept does not make any sense for fractional numbers since any fraction is divisible by every non-zero fraction.