That's the "square" of the number. With counting numbers, the square will always be another counting number.
Not counting 57 itself, 56 & 58.
No. 2 is a multiple of only two numbers, one and itself.
Since multiples are the numbers produced when that number is repeatedly added. if we add 1 repeatedly we can obtain any natural number. So the answer is YES
Two or more numbers are needed to find the LCM
That's the "square" of the number. With counting numbers, the square will always be another counting number.
A prime number can be multiplied by any other numbers because all whole numbers are the product of prime numbers.
The least common multiple is one of the numbers when one of the numbers is a multiple of the other.
1 is only a multiple of itself.
Not counting 57 itself, 56 & 58.
Yes, all number with have the factor 1 and itself.
No. 2 is a multiple of only two numbers, one and itself.
Prime numbers are those numbers which are only divisible by one and itself. For eg 2,3,5,7 ....
To find the second common multiple of two numbers, you first need to identify the least common multiple (LCM) of the two numbers. The LCM is the smallest number that is a multiple of both numbers. Once you have the LCM, you can then find the second common multiple by adding the LCM to the LCM itself. This will give you the second common multiple of the two numbers.
No. 7, itself, is a multiple of 7 [7 * 1 = 7] and it is not a composite.
A prime number is only divisible by itself and 1... A squared number is a multiple of itself - and thus is not a prime number !
Either add it to itself over and over or multiply it by consecutive counting numbers.