There are an infinite number of options:
1+1+1+... 200 times
1+1+1+... 198 times +2
1+1+1+... 197 times +3
1+1+1+... 196 times +2+2
1+1+1+... 196 times +4
etc
2+2+2+... 100 times
2+2+2+... 99 times +4
etc
Then start with decimals to one place:
1.1+1.1+1.1... 181 times +0.9
etc
and then decimals to 2 places, 3 places etc
then other rationals (infinitely repeating decimals),
and then Irrational Numbers
and, if you are not tired yet, complex numbers.
The numbers are 120 and 200
5300
There are many combinations of three numbers that can add up to 500. One example is 200, 150, and 150, which together equal 500. Another example is 100, 200, and 200. The specific numbers can vary widely depending on the context or constraints given.
55
Many pairs of numbers can add up to 400, such as 200 and 200, or 350 and 50. Additionally, you could have combinations like 100 and 300, or even 0 and 400. The possibilities are virtually endless, as any two numbers that total 400 will suffice.
100 and 100 can add to 200 50, 50, 50, and 50 can add to 200 8 25s can add to 200 20 10s can add to 200
20100
31 add something to make 200 = 231
The numbers are 120 and 200
Add 200 to it because 121 plus 200 = 321
5300
198, 199 and 200 if you add them.
There are many combinations of three numbers that can add up to 500. One example is 200, 150, and 150, which together equal 500. Another example is 100, 200, and 200. The specific numbers can vary widely depending on the context or constraints given.
55
190
98
Compatible numbers means to round like an example 402+198 now what we have to do is take the 198 and make it 200 and we have to take 402 and make 400 you see how I add 2 numbers in one and subtract 2 from the other.