+1713 
Help! I tried plugging in numbers.... pls help
🙏🙏🙏
-\(tommarvoloriddle\)
+1713 NVM! I solved this question by solving for x, thank you for helping, melody!
+118687 Here is the graph
https://www.desmos.com/calculator/7r6zlevfrv
Using the graph can you see what the answer is?
You also need to be able to work these out without graphing first (it is good to graph afterwards for checking you answer)
X^2 is always going to be positive.
x can't be 1
Do you know how to use calculus Tom?
If so it is easy just to differentiate and then set y'=0 to find the stationary points etc.
+1713 what caculus? uhhh NO im in 8th GRADE! Im supposed to be in 6th!
+1713 It doesn't actually matter what the solution to this quadratic is. The only thing that is important is that we find all values such that this quadratic (in ) has a real solution. For that we look at the discriminant.
We see that we can only find a suitable value of x if \( y^2 + 4y \ge 0\)
+118687 You need to use more explanation, I have no idea what you are talking about.
+1713 
ok, so i figured that you didn't need to solve for x... whoops... and you could use the dicriminant...
