Do you mean ? Please specify, because we cannot give it a definite range ;)
An edit: Well, it, honestly, can be made to be equal to any number.
Say, 1?
Just make m = 1/121 and n = 1/4, and you have 1.
Say, 999?
You can make that the right side of the equality, but I won't solve for it myself. But, yes, make m = 999/121 and n = 1/4, and you have 999.
If you want a conclusive answer:
Where y = {y | y ∈ R}, which basically means that y can be any number from -∞ to ∞.
m and n can also be any value. There aren't illegal values for any number, unless it is a number divided by 0. :)
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Answers & Comments
Do you mean
? Please specify, because we cannot give it a definite range ;)
An edit: Well, it, honestly, can be made to be equal to any number.
Say, 1?
Just make m = 1/121 and n = 1/4, and you have 1.
Say, 999?
You can make that the right side of the equality, but I won't solve for it myself. But, yes, make m = 999/121 and n = 1/4, and you have 999.
If you want a conclusive answer:
Where y = {y | y ∈ R}, which basically means that y can be any number from -∞ to ∞.
m and n can also be any value. There aren't illegal values for any number, unless it is a number divided by 0. :)