QUANTITATIVE, SPREADSHEET

As an illustration, we will suppose that the Juarez ski plant can actually operate at as much as 150% of its stated capacity during the August - November period by placing its workforce on over-time. We will also assume that the company policy is to use this plant exclusively to service the Phoenix warehouse. Moreover, we will assume that Juarez can make up to 100 pairs of skis monthly at a cost of $60 per pair using regular labor, for an additional $20 per pair, Juarez can make 50 additional pairs of skis per month using overtime labor. Finally, we will assume that the factory can store extra skis for later distribution at a cost of $1 per pair per month August 100 pairs ... click for more

Graphing

Given the system of inequalities. Find the coordinates of the vertices. 6y-x is less than or equal to 8 -y+3x is less than or equal to 6 x is less than or equal to 0

Transportation, Transshipment, and Assignment Problem

I need help trying to find the answer. I have tried about 20 different constraints and all of them are wrong. I don't know what I am doing wrong. Some of the constraints that I have tried are x4 + x6 = 175 and x6 + 0 = 175 just to give you an idea of the way that I am thinking. Evidently it is wrong. Please guide me in the right direction The question is as follows: In setting up the an intermediate (transshipment) node constraint, assume that there are three sources, two intermediate nodes, and two destinations, and travel is possible between all sources and the intermediate nodes and between all intermediate nodes and all destinations for a given transshipment problem. In, add... click for more

Transportation, Transshipment, and Assignment Problems

A logistics specialist for Wiethoff Inc. must distribute cases of parts from 3 factories to 3 assembly plants. The monthly supplies and demands, along with the per-case transportation cost are: Destination Assembly Plant 1 2 3 Supply Source A 5 9 16 200 Factory B 1 2 6 400 C 2 8 7 200 Demand 120 620 60 What are the total monthly transportation cost for the optimal solution? Put your answer in the form xxxx. do not include cents or dollar signs I am used to finding the optimal solution with just two products and solving for x in the first equation, x in the second equation then substituing either answer for x2 in either equation and substituting the answer in the maximation fo... click for more

Quantitive Methods

I desperately need these two problems solved for a graduate class that I'm taking online (Quantitive Methods). (See attached file for full problem description)