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Q: What is the least possible sum of two 4-digit numbers?

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Not unless at least one of the numbers is zero.

The least of the three numbers is 199.

It is not possible to express something as a sum of whole numbers with no common factor. All whole numbers have at least 1 as a common factor.

No

666666666666666666

There's no product or sum until you have at least two numbers.

Not possible in whole numbers

No, it is impossible.

We need at least two numbers to find a sum. If that's 34 and 84, the sum is 118.

No, it is not. Those are just a random group of numbers. A sum is an amount resulting from the adding of at least two numbers.

21

Their product.

A "sum" is a process that involves at least two numbers, and a "product" is also a process that involves at least two numbers. Your question talks about a 'sum' and a 'product', so we expect to find at least four numbers to work with. But there are only two numbers in the whole question. So, to put it gently, we find the question to be somewhat deficient, and lacking an answer.

The sum of three odd numbers will be odd, whether they are prime or not. The sum of three prime numbers can be even as long as one of them is 2.

That isn't possible. The sum of three odd numbers will always be odd. You can make the sum of 3 prime numbers equal to 32 if one of them is 2 (which is not odd).

If you mean "the sum of three odd numbers", that isn't possible. The sum of three odd numbers will always be an odd number.

The least of the three integers is 26.

No. The sum of any odd number of odd numbers will be an odd number.

Add the two greatest possible four digit numbers. 9999 + 9999

use the numbers 5,6,7,8 to write an equation with the largest possible equation

Add up the shortest possible list of numbers, and make each of them as small as possible.

It's not possible. For two numbers to have a sum of 13, one would have to be even, that is, divisible by 2.

41

That isn't possible.

3 and 61 is one possible answer.