There can be no such number. If a number n laid claim to being the greatest multiple of 4, then n+4 would have a better claim. And then n+4+4 = n+8 and so on, for ever.
That doesn't exist. since numbers don't stop, multiples don't stop either.
No. A billion is not the biggest number. Numbers are infinite. This means that they continue on forever. It is impossible to write down the biggest number other than to represent it as an abstract notion called infinity (which has its own special symbol). You see, any number you can think of can always be made larger simply by, for example, adding 1 to it. For instance, one billion and one is bigger than one billion. This means that numbers have no end.
There is no biggest number in the Chinese number system,it goes on forever,Chinese numbers are fairly similar to Arabic e.g 10,100,1000,10000,100000,1000000,10000000,10000000000,10000000000.......... it goes on forever
X when x aproaches infinity. besides, we get to know from Archimedes principle, that there are infinite numbers, so even that "biggest counting number" has a number bigger than it. Bottom line: There's no such thing as the "biggest" counting number. Whatever number you name, no matter how big it is, all I have to do is add ' 1 ' to it and make a bigger number.
false
The egg (ovum). The biggest cell of any living animal is the Ostrich Egg.
Any number that is not a multiple of 7.Any number that is not a multiple of 7.Any number that is not a multiple of 7.Any number that is not a multiple of 7.
A multiple of any number would be the product of that number and any other nonzero whole number. A multiple of 4 is 8. A multiple of 100 is 300.
Yes, it is true that any number multiplied by 0 is 0. But zero is not considered a "multiple" (integral product) of any number.
No. 19 is a prime number and is not a multiple of any number
The least multiple of any number is the number itself.
The number itself is the first multiple.
The greatest common multiple of any set of integers is infinite.
The lowest multiple of any number is the number itself.
Since there is no biggest integer, there can be no biggest rational number - since any integer is a rational number with the denominator = 1.
yes, any number that can be made by multiplying a number by the original number is a multiple so: 5 is a multiple of 5 6 is a mult. of 6 and so on BUT 0 is not a multiple of any number but itself...
YES. Any even natural number is a multiple of 2.
No prime is a multiple of any number other than itself and one.