One number is divisible by another number if that division results in an integer.
See definition of polynomial and monomials. You will see.
The definition of divisible is "found everywhere".
2
Prime numbers are by definition only divisible by 1 and itself.
By definition, prime numbers can only be divisible by one and themselves, so no.
That is because, by definition, an even number is one that is divisible by 2.
Because any number to left of the last two digits is, by definition a multiple of 100, and as that (100) is of course divisible by 4, then they can be disregarded when checking to see if the whole number id divisible by 4
It is a multiple of 6. There are an nfinite number of them and so cannot be listed. Each of these will be divisible by 6 (by definition). They will also be divisible by 2 and 3.
No prime numbers are divisible by 3. By definition a prime number isn't divisible by anything but itself and 1.
Because you can subtract a whole number of sevens from 2275 and not leave a remainder. That is one definition of "divisible".
There are no odd multiples of 6. If a number is a multiple of 6 then it is divisible by 6. If a number is divisible by 6 it is also divisible by 2 and 3 (see the fundamental theorem of arithmetic). If a number is divisible by 2 then it is even by definition. Therefore any number divisible by 6 is even.
The definition of an even number is a number that is divisible by 2. Thus ALL even numbers are evenly (sic) divisible by 2.