(Solution Library) Find the optimal value of the function f(x,y)=3.5x^2+y^2-42x-28y+5xy+190 subject to 6x+5y=37 Use the second order condition to determine if
Question: Find the optimal value of the function
\[f\left( x,y \right)=3.5{{x}^{2}}+{{y}^{2}}-42x-28y+5xy+190\]subject to
\[6x+5y=37\]Use the second order condition to determine if the optimal point is maximum or minimum. What is the optimal value of the function if the constant in the constraint increases from 37 to 39 units?
Repeat using EXCEL and confirm that you get the same result for the optimal values of \(x,y,\lambda \) and f ( x *, y* ). Be careful to explain how you use the spreadsheet functions to obtain your solution.
Deliverable: Word Document 
(Solution Library) A restaurant uses a machine to automatically serve
![[Steps Shown] A deck of cards is](/images/solutions/MC-solution-library-44634.jpg "[Steps Shown] A deck of cards is shuffled and a card is dealt. The")
[Steps Shown] A deck of cards is shuffled and a card is dealt. The
(All Steps) A company manufactures thousands of wigets each day.
(Solution Library) Suppose you are in the market for a new home
(See) As you are leaving the community, you notice another new
Polynomial Regression Calculator - MathCracker.com