find 2 solutions..
\[y ^{2}-19y ^{-1}+88=0\]
\[y-19^{2}\over2\] is what I have, as well as -9 over 4.. But idk if this is correct. ?
are you sure the question is right?
yeah. it says to find the 2 solutions for that equation.
Because i am getting very complicated answers
it could be one answer, I would just gave to enter the same answer twice. what are you getting?
it got imaginary number and everything
have you covered imaginary numbers yet?
yeah a bit. It could be the answer.
are you familiar with wolfram alpha?
yeah I'm on it. I actually was trying to put this problem in by it wont let me do the -1 power.. Do you know how to type it in? ^-1 didn't work
Hold on let me send you link
k thanks
it came up as -19 over y... that might be why it's wrong.. it needs to be to the -1 power
y^-1= 1/y
ohh. :) i didn't know that.
If you have negative exponent, you can send it so the denominator as a positive exponent
nagative exponent in numertor can be written as postive in denominator
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