[Solution Library] Find the quadratic polynomial that best fits the four points (2,0),(3,-10),(5,-48), and (6,-76). You may want to use
Question: Find the quadratic polynomial that best fits the four points \((2,0),(3,-10),(5,-48)\), and \((6,-76)\). You may want to use
\[\left(\begin{array}{ccc} 4 & 16 & 74 \\ 16 & 74 & 376 \\ 74 & 376 & 2018 \end{array}\right)^{-1}=\left(\begin{array}{ccc} 221 / 10 & -62 / 5 & 3 / 2 \\ -62 / 5 & 649 / 90 & -8 / 9 \\ 3 / 2 & -8 / 9 & 1 / 9 \end{array}\right)\]The answer is \(2+5 x-3 x^{2}\).
Deliverable: Word Document 
![[Step-by-Step] (a) Find the highest and lowest](/images/solutions/MC-solution-library-72167.jpg "[Step-by-Step] (a) Find the highest and lowest points on the ellipse")
[Step-by-Step] (a) Find the highest and lowest points on the ellipse
(Solution Library) (a) Change the order of integration in the
(Steps Shown) In the following integral ∫_Omega f(x, y) d x d y
![[See] (a) Use the change of variables](/images/solutions/MC-solution-library-72170.jpg "[See] (a) Use the change of variables u=x+y, v=x-y to evaluate")
[See] (a) Use the change of variables u=x+y, v=x-y to evaluate
![[Step-by-Step] Consider the quadratic form Q(x, y,](/images/solutions/MC-solution-library-72171.jpg "[Step-by-Step] Consider the quadratic form Q(x, y, z)=3 x^2+8 x")
[Step-by-Step] Consider the quadratic form Q(x, y, z)=3 x^2+8 x
Non-Parametric Statistics, or What to Do When the Assumptions for a Parametric Test Fail - MathCracker.com