**Question: **When you choose a place to live, what objectives are you trying to accomplish? What makes some apartments better than others? Would you rather live close to campus or farther away and spend less money? What about the quality of the neighborhood? How about amenities such as a swimming pool? Create a fundamental-objectives hierarchy that allows you to compare apartment options. Take care in doing this; be sure to establish the fundamental objectives and operational attributes that will allow you to make the necessary comparisons. Once you are satisfied with your hierarchy, use it to compare available housing alternatives. Try ranking different apartments that are available. Be sure that your individual utilities follow the rules: Best takes a 1 and worst takes 0. (Try using the utility function for money that you assessed in Problem. You may have to rescale it so that your best alternative gets a 1 and worst gets a 0.) Assess weights using pricing out, swing weighting, or lottery weights. Evaluate your alternatives with the additive utility function.

Problems: Assess your utility function in three different ways.

a. Use the certainty-equivalent approach to assess your utility function for wealth over a range of $100 to $20,000.

b. Use the probability-equivalent approach to assess U($1,500), U($5,600), U($9,050), and U($13,700). Are these assessments consistent with the assessments made in part a?

c. Use the trade-off method to assess your utility function for values ranging from $100 to $20,000.

Plot the assessments from parts a, b, and c on the same graph and compare them. Why do you think they differ? Can you identify any biases in your assessment process?

Global versus international strategy : Do some research in the KU Library and/or the Internet. |

Conduct the experiments provided before going out : Conduct the experiments provided before going out into the virtual field for additional research. |

Human capital and laws governing human capital : In this assignment, you will discuss lessons learned about human capital and laws governing human capital. Please refer to the resources below to assist. |

Explore the role of statistics in business decision-making : Explore the role of statistics in business decision-making. Provide at least two business research questions or problem situations in which statistics was used. |

Discuss the use of the probability-equivalent approach : When you choose a place to live, what objectives are you trying to accomplish? What makes some apartments better than others? |

Includes communication to teach : Nearly all communication is designed to "persuade." This includes communication to teach, market, inform, or even display emotion. |

View the important financial documents : Video which looks at the fundamental financial documents every company needs; including the balance sheet, income statement, and statement of cash flow. |

Find values of three quartiles and the interquartile range : Find the values of the three quartiles and the interquartile range. Calculate the (approximate) value of the 35th percentile (round to two decimal places). |

Summarizes the history of technology used in finding partner : Create a timeline that shows four technological developments that have had an impact on the way that people seek out marriage or life partners |

## Proof of bolzano-weierstrass to prove the intermediate valueEvery convergent sequence contains either an increasing, or a decreasing subsequence. |

## Distributed random variablesDaily Airlines fies from Amsterdam to London every day. The price of a ticket for this extremely popular flight route is $75. The aircraft has a passenger capacity of 150. |

## Managing ashland multicomm servicesThis question is asking you to compare the likelihood of your getting 4 or more subscribers in a sample of 50 when the probability of a subscription has risen from 0.02 to 0.06.] Talk about the comparison of probabilities in your explanation. |

## Type of taxes and rates in spokane waDescribe the different type of taxes and their rates in Spokane WA. |

## Stratified random sampleSuppose that in the four player game, the person who rolls the smallest number pays $5.00 to the person who rolls the largest number. Calculate each player's expected gain after one round. |

## Develop a new linear programming for an aggregate productionLinear programming applied to Aggregate Production Planning of Flat Screen Monitor |

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd