BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

Description

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Final Course Project

BIAM 400 Week 1 CheckPoint

BIAM 400 Week 1 iLab

BIAM 400 Week 2 CheckPoint

BIAM 400 Week 2 iLab

BIAM 400 Week 3 CheckPoint

BIAM 400 Week 3 iLab

BIAM 400 Week 4 CheckPoint

BIAM 400 Week 4 iLab

BIAM 400 Week 5 CheckPoint

BIAM 400 Week 6 iLab

BIAM 400 Week 7 iLab

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Final Course Project

BIAM 400 Final Course Project

30 points

(TCO 1) Given a business scenario, evaluate the role different modeling techniques might play in finding solutions.

Scenario

1.(TCO 1)You are thinking of opening a small copy shop. It costs $5,000 to rent a copier for a year and it costs $0.03 per copy (including paper) to operate the copier. Other fixed costs of running the store will amount to $400 per month. You plan to charge an average of $0.10 per copy, and the store will be open 365 days per year. Each copier can make up to 100,000 copies per year.

ØUsing the file entitled Scenario 1 Solution available in the Week 8 Materials directory in Doc Sharing answer the following questions:

ØShow all of your work for each step. You will need to copy and paste from the Excel spreadsheets for each step as appropriate.

35 points

(TCO 2) Given a managerial problem and accompanying scenario for which a constrained optimization model is appropriate, identify the appropriate model components, translate them to equation form, solve the optimal solution, perform a sensitivity analysis, and use the results to decide on a course of action relative to the problem

35 points

(TCO 3) Given a business scenario, you should be able to recognize it as one of four types (transportation, assignment, logistic, or shortest path); identify the nodes and arcs; specify the input variables, decision variables, objective function, and constraints; and solve for an optimal solutions perform, a sensitivity analysis, and interpret the results.

30 points (TCO 4)Given a business situation and accompanying data set and Excel template for which decision-making under uncertainty model is appropriate, you should be able to describe the major steps in formulating the model; identify the appropriate variables and their respective roles in the model; construct the major components such as the payoff table and the likelihood of outcomes; and solve the model and interpret the results.

Scenario

A farmer must decide whether to take protective action to limit damage to his grapefruit crop in the event that the overnight temperature falls to a level well below freezing. If the temperature drops too low he runs the risk of losing his entire crop, valued at $75,000. Based on the National Weather Service, the probability of such a temperature drop is 60%. He can insulate his crop by spraying water on all the trees, which will cost $20,000. This action might succeed in protecting the crop, with the following possible outcomes:

35 points

(TCO 5)Given a managerial problem and accompanying data set and Excel template for which simulation is an appropriate solution approach, identify the possible probability distributions that might be used; construct the model and generate the output distribution; and interpret the results and perform an analysis to determine the sensitivity of the system to changes in operating conditions.

35 points

(TCO 6)Given a business case, such as one requiring the analysis of service businesses and using the provided data and Excel template, develop a model that describes the likely performance of the system; discuss the limitations of the model; and identify the components that are sensitive to changes.

30 points

(TCO 7)Given a managerial problem and accompanying scenario for which a multiple regression analysis is appropriate, identify the appropriate model components, fit a regression model to the data, determine the validity and utility of the model, and use the model, if appropriate, to determine a course of action intended to deal with a problem.

Scenario

1.The station manager of a local television station is interested in predicting the amount of television (in hours) that people will watch in the viewing area. The explanatory variables are: X1 age (in years), X2 education (highest level obtained, in years), and X3family size (number of family members in household). The multiple regression output is shown below:

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BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 1 CheckPoint

BIAM 400 Week 1 CheckPoint

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 1 iLab

BIAM 400 Week 1 iLab

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 2 CheckPoint

BIAM 400 Week 2 CheckPoint

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 2 iLab

BIAM 400 Week 2 iLab

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 3 CheckPoint

BIAM 400 Week 3 CheckPoint

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 3 iLab

BIAM 400 Week 3 iLab

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 4 CheckPoint

BIAM 400 Week 4 CheckPoint

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 4 iLab

BIAM 400 Week 4 iLab

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 5 CheckPoint

BIAM 400 Week 5 CheckPoint

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 6 iLab

BIAM 400 Week 6 iLab

BIAM 400 BIAM400 BIAM/400 ENTIRE COURSE HELP – DEVRY UNIVERSITY

BIAM 400 Week 7 iLab

BIAM 400 Week 7 iLab