Asked by Anonymous
3^2=12/(6-3)*8
Answers
Answered by
Madison
I have the equation:
2x^2 + 3y^2 = 4
What would the inverse equation be?
Any help would be great.
2x^2 + 3y^2 = 4
What would the inverse equation be?
Any help would be great.
Answered by
Steve
False
even without doing the math, the left side is odd and the right side is even.
even without doing the math, the left side is odd and the right side is even.
Answered by
Anonymous
Oh sorry I meant 3^2-12/(6-3)*8
Answered by
Steve
The equation describes an ellipse. There is no inverse, because each value of x corresponds to 2 values of y (the vertical line test).
There is no such thing as an inverse equation. If you want to find x as a function of y, then
2x^2 = 4 - 3y^2
x^2 = (4-3y^2)/2
Now, there is a right-hand side and a left hand side, depending on whether you take the + or - square root.
There is no such thing as an inverse equation. If you want to find x as a function of y, then
2x^2 = 4 - 3y^2
x^2 = (4-3y^2)/2
Now, there is a right-hand side and a left hand side, depending on whether you take the + or - square root.
Answered by
Steve
3^2-12/(6-3)*8
9-12/3*8
9-4*8
9-32
-23
9-12/3*8
9-4*8
9-32
-23
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