57
nope. 11 dont equal 89. those numbers arent close at all duhhh
4600
The factor pairs of 42 are (42,1)(21,2)(14,3)(7,6) Even considering their negative counterparts, none of them add up to -5.
No number satisfies all of those conditions.
The two numbers you are looking for are 6 and 10. When multiplied, 6 × 10 equals 60, and when added, 6 + 10 equals 16, not 4. However, if you are looking for numbers that multiply to 60 and add to 4, those numbers do not exist in the realm of real numbers.
2900
98
nope. 11 dont equal 89. those numbers arent close at all duhhh
Those numbers would be 13 and 8. 13 squared + 8 squared This is equal to: 169 + 64 which equals 233 And finally, 13 - 8 equals 5.
There is no way to write any one or more of those six digits in such a way as to equal 47.
4600
There aren't two whole numbers that will satisfy those conditions. If that's -120, you can use -15 and 8.
It5 equals 4.
The equation "x - y = 17" can have an infinite number of solutions since there are multiple pairs of numbers that, when subtracted, equal 17. Some examples include 20 - 3 = 17, 100 - 83 = 17, and -5 - (-22) = 17. In general, any pair of numbers that have a difference of 17 can be a solution to this equation.
The factor pairs of 42 are (42,1)(21,2)(14,3)(7,6) Even considering their negative counterparts, none of them add up to -5.
No number satisfies all of those conditions.
You would have b-18, because since those numbers aren't like terms, that is as simple as you can make it.