Please help me out on formulating a linear programming model for this problem.
The Bluegrass Distillery produces custom-blended whiskey. A particular blen consists of rye and bourbon whiskey. The company has received an order for a minimum of 400 gallons of the custon blend. The customer specified that the order must contain at least 40% rye and not more than 250 gallons of bourbon. The customer also specified that the blend should be mixed ion the ratio of two parts rye to one part bourbon. The distillery can produce 500 gallons per week, regardless of the blend. The production manager wants to complete the order in 1 week. The blend is sold for $5 per gallon. The distillery company's cost per gallon is $2 for rye and $q for bourbon. The company wants to determine the blend mix that will meet customer requirements and maximize profits.
a) Formulate a linear progrmming model for this problem.
b) Indicate the clack and surplus available at the optimal solution point and explain their meanings.
c) What increase in the objective function coefficients in this model would change the optimal solution point? Explain your answer.
Comment on galactus's post
Yea it's a typo. Its $1 for bourbon
Comment on galactus's post
Could you explain how you get the objective function, Z=5(B+R)-(2R+B)?
Comment on galactus's post
I really appreciate your help! And yeah, I know how to use the Solver. However, before I go for the Solver, I need to find out how to do (b) as well.. Could you also explain that for me? A similar problem will be on the exam so I really need to understand this problem.. Please help me out..!