In a factory, machine 1 produces 8 inch pliers at the rate of 72 units per hour and 6 inch pliers at the rate of 63 units per hour. Machine 2 produces 8 -inch pliers at the rate of 48 units per hour and 6 .inch pliers at the rate of 18 units per hour. It costs $61 per hour to operate machine 1, and machine 2 costs $39 per hour to operate. The production schedule requires that at least 288 units of 8 inch pliers and at least 126 units of 6 -inch pliers be produced during each 8 -hour day. Which combination of machines will cost the least money to operate? Using machine 1 for hour and machine 2 for hours will minimize costs at $

In a factory, machine 1 produces 8 inch pliers at the rate of 72 units per hour and 6 inch pliers at the rate of 63 units per hour. Machine 2 produces 8 -inch pliers at the rate of 48 units per hour and 6 .inch pliers at the rate of 18 units per hour. It costs $61 per hour to operate machine 1, and machine 2 costs $39 per hour to operate. The production schedule requires that at least 288 units of 8 inch pliers and at least 126 units of 6 -inch pliers be produced during each 8 -hour day. Which combination of machines will cost the least money to operate? Using machine 1 for hour and machine 2 for hours will minimize costs at $

Name: Chapter 4, Section 4.3, Question 014In a factory, machine 1 produces
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Description: Chapter 4, Section 4.3, Question 014In a factory, machine 1 produces 8 -inch pliers at the rate of 72 units per hour and 6 inch pliers at the rate of 63units per hour. Machine 2 produces 8 -inch pliers at the rate of 48 units per hour and b inch pli

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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