There is an infinite amount of numbers that can sum up to 24. Only 23, if you are just counting positive numbers.
An infinite number.
two ways one and three and a pair of twos
It depends on the series.
There are an infinite number of groups of numbers whose sum, difference, product, quotient etc. is equal to 40 . But there are not four numbers that equal 40. In fact, there is only one number that equals 40. The number is . . . . . 40 .
Considering only the positive ones, 100 is. If you include the negative ones, their sum is infinite.
They are equal to whatever they are equal to.
ten ones with an infinite number of zeroes.
The sum is infinite
Because they are both multiples of two, so when they're added, the sum must be another multiple of two. (One group of twos plus another group of twos must be a new group of twos, just like one group of cows plus another group of cows must be a new group of cows.)
16 if you count the repeated twos, 10 if you don't.
There are infinite division problems that equal 22. But, the most simple sum is 22รท1=22
The components of the question in an addition sum are called "addends".
There is an infinite amount of numbers that can sum up to 24. Only 23, if you are just counting positive numbers.
Only 144 is equal to 144. No other number is equal to 144.
An infinite number.
Parity is the "evenness" or "oddness" of a number.If you add an even number to anything, the result will have the same parity as what you started with. Adding an even number to something that was odd gives you a sum that is odd.To see "why" this happens may be beyond 2nd grade math:"Even" numbers are multiples of two. This means that any even number can be written as a sum of a bunch of twos: 10 = 2 + 2 + 2 + 2 + 2, for example.Adding an even number to an even number just adds more twos, so the sum is even."Odd" numbers can't be written just as a sum of twos. Adding an even number adds some twos, but you can't get rid of whatever was not a two in the original sum. This means that the sum of an even and odd number is odd.