The manager of the Burgle Doodle restaurant wants to determine how many sausage biscuits and ham biscuits to prepare each morning for breakfast customers. Two types of biscuits require the following resources: Biscuit Labor (hr.) Sausage (Ib.) Ham (Ib.) Flour (Ib.) Sausage 0.010 0.10 0.04 Ham 0.024 0.15 0.04 The restaurant has 6 hours of labor available each morning. The manager has a contract with a local grocer for 30 pounds of sausage and 30 pounds of ham each morning. The manager also purchases 16 pounds of flour. The profit for a sausage biscuit is $0.60; the profit for a ham biscuit is $0.50. The nanager wants to know how many of each type of biscuit to prepare each morning in order to naximize profit. At the optimal solution, what is the shadow price associated with the Flour onstraint?

The manager of the Burgle Doodle restaurant wants to determine how many sausage biscuits and ham biscuits to prepare each morning for breakfast customers. Two types of biscuits require the following resources: Biscuit Labor (hr.) Sausage (Ib.) Ham (Ib.) Flour (Ib.) Sausage 0.010 0.10 0.04 Ham 0.024 0.15 0.04 The restaurant has 6 hours of labor available each morning. The manager has a contract with a local grocer for 30 pounds of sausage and 30 pounds of ham each morning. The manager also purchases 16 pounds of flour. The profit for a sausage biscuit is $0.60; the profit for a ham biscuit is $0.50. The nanager wants to know how many of each type of biscuit to prepare each morning in order to naximize profit. At the optimal solution, what is the shadow price associated with the Flour onstraint?

Linear Algebra: A Modern Introduction

4th Edition

ISBN:9781285463247

Author:David Poole

Publisher:David Poole

Chapter2: Systems Of Linear Equations

Section2.4: Applications

Problem 27EQ

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