Identification of shopping areas like Springdale Mall

This is an assignment that discusses the Identification of shopping areas like Springdale Mall, West Mall, and Downtown. The paper also provides depth into the conditional probabilities.

Identification of shopping areas like Springdale Mall, West Mall, and Downtown

T‌‌‍‌‌‍‍‍‌‍‍‌‍‍‍‌‌‌‍he major shopping areas in the community of Springdale include Springdale Mall, West Mall, and the downtown area on Main Street. A telephone survey has been conducted to identify strengths and weaknesses of these areas. Also, to find out how they fit into the shopping activities of local residents. The 150 respondents were also to provide information about themselves and their shopping habits. The data are provided in the file SHOPPING. The contingency tables and relative frequency probabilities in this exercise are based on the Springdale Shopping Survey database.

Information like that gained from the two parts of this exercise could provide helpful insights into the nature of the respondents, their perceptions, and their spending behaviors.

Conditional probabilities

In particular, part 2 focuses on how conditional probabilities related to spending behavior might vary. This is dependent on the gender of the respondent. Note: Be sure to use five (5) decimal places for your probabilities in the report, as some of them will be quite small.

1. Firstly, based on the relative frequencies for responses to each variable, determine the probability that a randomly selected respondent from: a. SPRSPEND [variable 4] spends at least $15 during a trip to Springdale Mall. b. DOWSPEND [variable 5] spends at least $15 during a trip to Downtown. c. WESSPEND [variable 6] spends at least $15 during a trip to West Mall. Comparing the preceding probabilities, rank the areas from strongest to weakest in terms of the amount of money a shopper spends during a typical shopping visit.

2. Based on the relative frequencies for responses to each variable, determine the probability that a randomly selected respondent from: a. BSTQUALI [variable 11] feels that Springdale Mall has the highest-quality goods. b. BSTQUALI [variable 11] feels that Downtown has the highest-quality goods. c. BSTQUALI [variable 11] feels that West Mall has the highest-quality goods. Comparing the preceding p‌‌‍‌‌‍‍‍‌‍‍‌‍‍‍‌‌‌‍robabilities, rank the areas from strongest to weakest in terms of the quality of goods offered.

3. Set up a contingency table for the appropriate variables given, and then determine the following probabilities: a. SPRSPEND and RESPGEND [variables 4 and 26]: Given that the random respondent is a female, what is the probability that she spends at least $15 during a trip to Springdale Mall? Is a male more likely or less likely than a female to spend at least $15 during a visit to this area? b. DOWSPEND and RESPGEND [variables 5 and 26]: Also, given that the random respondent is a female, what is the probability that she spends at least $15 during a trip to Downtown?

Cont.

Is a male more likely or less likely than a female to spend at least $15 during a visit to this area? c. WESSPEND and RESPGEND [variables 6 and 26]: Given that the random respondent is a female, what is the probability that she spends at least $15 during a trip to West Mall? Is a male more likely or less likely than a female to spend at least $15 during a visit to this area? Rank the shopping areas where males and females are most likely to least likely to spend $15 or more during a shopping visit. Paper

Requirements

Write a report that uses the Written Assignment Requirements under the heading Expectations for CSU-Global. Written Assignments found in the CSU-Global Guide to Writing and APA https://csuglobal.libguides.com/writingcenter/apa_resources. Items that should be included, at a minimum, are a title page. An introduction, a body which answers the questions posed in the problem, and a conclusion paragraph that addresses your findings. What you have determined from the data and your analysis.

As with all written assignments, you should have in-text citations and a reference page. Please include any tables of calculations, calculated values, and graphs associated with this problem. Note: You must submit your Excel file with your report.