# math

posted by .

How would the maximum and minimum values of a feasible region be found with a given function such as f(x,y)=-x+3y?

• math -

Because x and y are linear, the maximum in an allowed region will be the most minimum x and the maximum y.

• math -

Thanks

## Similar Questions

1. ### Algebra II

A feasible region has vertices at (-3,2),(4,1),(2,6) and (1,-2). Find the maximum an minimum values of the function f(x,y)=4x-y
2. ### math

Last question. If I have found all of the linear equations and have all of the intersection points for this feasible region, how do I calculate the maximum and minimum using the given function f(x,y)=-x+3y?
3. ### Algebra 2

The vertices of a feasible region are A(1,2), B(5,2), C(1,40. Write a function that satisfies each equation. a) A is the maximum and B is the minimum. b) C is the maximum and B is the minimum. c) B is the maximum and A is the minimum.
4. ### Algebra 2

The vertices of a feasible region are A(1,2), B(5,2), C(1,4). Write a function that satisfies each equation. a) A is the maximum and B is the minimum. b) C is the maximum and B is the minimum. c) B is the maximum and A is the minimum.
5. ### math

find the maximum and minimum values of f(x,y)=y-3x for feasible regions
6. ### maths

Given p(x)=x^4+ax^3+bx^2+cx+d,such that x=0 is the only real root of p'(x)=0.If p(-1)<p(1),then in the interval [-1,1],which is maximum and minimum of p(-1) and p(1)?
7. ### maths

Given p(x)=x^4+ax^3+bx^2+cx+d,such that x=0 is the only real root of p'(x)=0.If p(-1)<p(1),then in the interval [-1,1],which is maximum and minimum of p(-1) and p(1)?
8. ### university of minnesota

Find the maximum and minimum values of the given objective function on the indicated feasible region. M = 150 − x − y
9. ### math

Find the maximum and minimum values of the given objective function on the indicated feasible region. M = 150 − x − y
10. ### calculus

there are no examples of this type of problem in my book so if you could help walk me through it - that would be extremely helpful. thanks ahead of time. Find the extreme values of the function on the interval and where they occur. …

More Similar Questions