Section 7.3. Finding the maximum and minimum of the objective function on a feasible set.

Notes for Section 7.3.-filled_in.pdf

The first video presents the method of finding the max/min of the objective function on a bounded feasible set and Example 1.

The next video presents the method of finding the max/ min on an unbounded feasible set and Example 2 from the notes

For the solutions of Examples 3 and 4, please see the filled_in notes posted above.
Also, I have solved an Extra example for the unbounded feasible set .
The mini-lecture of Section 7.3 of The Finite Show can be seen here.
The following linear programming problem is solved by Meghan De Witt in the next video:

Problem: A liquid portion of a diet is to provide at least 300 calories, 36 units of vitamin A, and 90 units of vitamin C. A cup of drink A costs $0.12 and provides 60 calories, 12 units of vitamin A, and 10 units of vitamin C. A cup of drink B costs $0.15 and provides 60 calories, 6 units of vitamin A, and 30 units of vitamin C. How many cups of each drink should be consumed each day to achieve the dietary objectives at a minimum cost?

Link

WW19 is from 7.3 and it will be due on Sunday, April19th.