SOLUTION: x + y greater than or equal to 8 x + 5y greater than or equal to 20 x greater than or equal to 0, y greater than or equal to 0 Minimum for: C = 3x + 4y 1. Rewrite the const

Algebra ->  College  -> Linear Algebra -> SOLUTION: x + y greater than or equal to 8 x + 5y greater than or equal to 20 x greater than or equal to 0, y greater than or equal to 0 Minimum for: C = 3x + 4y 1. Rewrite the const      Log On


   



Question 951110: x + y greater than or equal to 8
x + 5y greater than or equal to 20
x greater than or equal to 0, y greater than or equal to 0
Minimum for: C = 3x + 4y
1. Rewrite the constraints in slope-intercept form
2. List all vertices of the feasible region as ordered pairs.
3. List the values of the objective function for each vertex.
4. List the maximum or minimum amount, including the x, and y-value, of the objective function.

Answer by Fombitz(32388) About Me  (Show Source):
You can put this solution on YOUR website!
x%2By%3E=8
y%3E=-x%2B8
graph%28300%2C300%2C-2%2C10%2C-2%2C10%2Cy%3E-x%2B8%29
.
.
x%2B5y%3E=8
y%3E=-x%2F5%2B8%2F5
graph%28300%2C300%2C-2%2C10%2C-2%2C10%2Cy%3E-x%2F5%2B8%2F5%29
.
.
Your feasible region is unbounded.
Check the equations and repost.