No. * * * * * Yes. In fact, zero is a multiple of every number.
0 ie Zero is a multiple of every number
There is no such number since you cannot list every non-zero number!
Not necessarily. A number is also a multiple of itself.
Any number multiplied by zero is zero. If you have something zero times you have nothing, i.e zero.
No. Every non-zero whole number is a multiple of 1.
Yes, zero is a multiple of zero.
Every whole number that ends with a zero is a multiple of ten. There are an infinite number of them.
Yes. Any number multiplied by zero equals zero so the zeroth multiple of any number is zero.
The smallest multiple of a natural number n, is 1xn, or the number itself. We do not count 0xn which of course would be zero for every natural number n.
The concepts of GCF and LCM are restricted to positive integers. Since zero is a multiple of every number, it would be the answer to every LCM problem, rendering the concept meaningless.
1 times a number equals itself. The number is the first on the list of multiples.
Every whole number (obviously not 0) is a multiple of 1.
zero or 5
The concepts of GCF and LCM are restricted to positive integers. Zero can be considered a multiple of every number. That would make it the LCM of every set of positive integers, making the concept essentially meaningless.
It has to be a whole number, or else every number would be a multiple of every other number.
No, 1 is a factor of every number. It is only a multiple of itself.
Yes. Every integer is a factor of zero. Zero is in fact the only number that can be divided by zero, so zero is also a factor. Zero has an infinite number of factors.
Every number except zero has a reciprocal.
Every number is both a factor and a multiple of itself. Every other factor is smaller than the number, every other multiple is larger than the number.
One is a factor of every number. One is only a multiple of itself.