Scenario for AS3, Data Analysis Special events are designed to address customers’ needs. Satisfying these needs might be triggered intrinsically or extrinsically and varies from learning new things to...

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Data collection and Report on Methods of Analysis of Data


Scenario for AS3, Data Analysis Special events are designed to address customers’ needs. Satisfying these needs might be triggered intrinsically or extrinsically and varies from learning new things to interact with spatial or socialising with others. Furthermore, the literature on customer engagement supports the view that engaged customers may perceive higher quality because they customize the experience to their own needs to enjoy the special event more. A senior manager of a special event wishes to understand if customer motives encourage engagement with a special event. Further, this manager wants to know if customer engagement really improves perceived quality of special event. This manager designed the below research model and asked his marketing research department to collect data to address these issues. As a part of the team, you have to analyse the data premised on hypothetical relationships the senior manager has developed and report the findings to him. The senior manager expects you provide him with a brief outline of what was done with the data and why. Further, he expects to have the results presented in a format that he can simply understand. Customer Engagement with Special Event Learning motive Excitement motive Escape motive Social status motive Family/friends’ togetherness Perceived Quality of Special Event Report content High Distinction 85%-100% Distinction 75%-84% Credit 65%-74% Pass 50%-64% Fail 0-49 Preliminary analysis (15 marks) All descriptive analysis is presented. All graphs to demonstrate descriptive analysis are presented. All required primary analysis is provided and clearly demonstrated in tables. Most of the descriptive analysis is presented. Most of the graphs to demonstrate descriptive analysis are presented. Most of required primarily analysis is provided and clearly demonstrated in tables. Some of the descriptive analysis is presented. Some of the graphs to demonstrate descriptive analysis are presented. Some of the required primarily analysis is provided and demonstrated in tables. Very few descriptive analysis are presented. Very few graphs to demonstrate descriptive analysis are presented. Very few required primarily analysis is provided and demonstrated in tables. Descriptive analysis is presented incorrectly. Graphs to demonstrate descriptive analysis are used and presented wrongly. Most of required primarily analysis is missed. Hypothesis testing and data analysis (5 marks) All statistical methods to test the hypothesis are correctly identified and used. All results are clearly labelled and clearly presented in tables. Most of the statistical methods to test hypotheses are correctly identified and used. Most of the results are clearly labelled and clearly presented in tables. Some of the statistical methods to test hypotheses are correctly identified and used. Some of the results are clearly labelled and clearly presented in tables. Very few statistical methods to test hypotheses are correctly identified and used. Very few results are clearly labelled and clearly presented in tables. Misapplied the analysis or used the wrong method or test; failed to report at least two major steps. Presented confusing results with incomplete tables or no results at all. Interpretation of findings (15 marks) All of the results of the primary analysis are correctly interpreted. All of the results of hypotheses testing are correctly interpreted. Most of the results of the primary analysis are correctly interpreted. Most of the results of hypotheses testing are correctly interpreted. Some of the results of the primary analysis are correctly interpreted. Some of the results of hypotheses testing are correctly interpreted. A few of the results of the primary analysis are correctly interpreted. A few of the results of hypotheses testing are correctly interpreted. Hardly results for the primary analysis are correctly interpreted. Hardly results for hypotheses testing are correctly interpreted. Academic writing (5 marks) Writing is very well clear, concise, and very smooth- flowing. Exhibits and Facts are very clearly presented in support of claims. Logical structure and well- developed report in discipline specific academic language. Writing is very clear, concise, smooth-flowing Exhibits and Facts are clearly presented in support of claims. Logical structure and a coherent, concise well- developed report in discipline specific academic language Writing is clear, concise, some break down in flow. Exhibits and Facts are not well presented in support of claims. Discipline-specific in academic language is used. Reasonably organised report presented in discipline-specific academic language some grammatical and punctuation errors The report is partially organised and sometimes coherent. Some discipline- specific academic language. No grammatical and punctuation errors. Very little grammatical and punctuation errors Very little grammatical and punctuation errors Assessment 3: Data analysis and reporting Due: 11:55 pm, Sunday, Week 13 (online submission) Value 40 marks This assessment intends to elevate your ability to make sense of data and solve marketing problems and support marketing decision making. You have to work individually and prepare a comprehensive report on the findings of your data analysis, interpret the results. You have to identify and apply appropriate analytical strategies to address a set of research questions (or problems) a manager of a firm (here the lecturer) has developed. The data for this task has been supplied by the lecturer. The word length for the “data analysis and report” is 3000 words +/- 10%. No extensions will be granted. There will be a deduction of 5% of the total marks awarded mark for each 24 hour period or part thereof that the submission is late (for example, 25 hours late in submission – 20% penalty). How to report analysis result? Follow these steps: 1- Data cleaning, outliers and missing values 2- Frequency analysis and getting charts only for demographic information 3- Descriptive analysis, mean and SD of the item, normality test ( skewness and kurtosis for all items); You are required to put the table for descriptive analysis in the appendix, however you must interpret/explain the findings of descriptive within the body of the assignment) 4- Preliminary analysis: a) Reliability (cronbach alpha and CR) and convergent validity (factor loading and AVE). Design a table to report the findings and this table must be placed within the body of the assignment b) Correlation analysis table (correlation and discriminant validity); this table must be placed within the body of the assignment 5- Hypotheses testing: You have to run the regression that address the hypothesised relationship and clearly present those results in tables; this table must be placed within the body of the assignment Interpretation of findings: In every step of data analysis and based on the result you get from SPSS, you have to interpret the result and say what those results mean. Use the write-up samples in the lecture slides but please don’t copy and paste. If you go to the methodology section of different quantitative articles, you would find various ways to report the findings. Important notes: You have to include all of the SPSS output as an appendix to the report. Reference list and these appendixes are not included in the word count. Survey of Items Constructs, items, codes Learning Motive LM1- To explore new places LM2 -To experience new and different lifestyles LM3- To learn new things, and increase my knowledge Excitement Motive EXM1- To experience the excitement offered by this event EXM2- To enjoy the event activities and atmosphere EXM3- To visit a once-in-a-life time event EXM4- To visit famous cultural and historical attractions Escape Motive ESM1- To have fun ESM2- To escape (e.g., routine work) Social Status Motive SM1- To do something that impresses others SM2- To go somewhere that my friends haven’t been (attended yet) Family/Friends Togetherness Motive FTM1- To spend time with my family/friends FTM2- To create good memories with family/friends Customer Engagement CE1- I like to learn about this event CE2- I pay a lot of attention to anything about this event CE3- Anything related to this event grabs my attention CE4- I feel happy when I am attending this event CE5- I get pleasure from attending this event CE6- Attending this event is like a treat for me CE7- I am interested in anything about this event CE8- I find this event interesting CE9- I feel enthusiastic about this event Perceived quality of special event PEQ1- The quality of this event is “Poor”………”Excellent” PEQ2- The quality of this event is “Inferior”………”Superior” PEQ3- The quality of this event is “Low Standard”………”High Standard” Demographic information DC1- what is your gender? DC2- what is your age? DC3- what is the highest level of your education? DC4- what is your job? Sample of Assignment 3.pdf Assessment 3 This report has been developed at the request of senior management to understand the relationship between customer participation and service firm performance to help improve business practices. Preliminary Analysis The sample for this study is drawn from data collected from the data service industry. In total there were 1430 questionnaires distributed. Prior to conducting any analysis, the data set was cleaned to ensure the data could be used appropriately to conduct the analysis. After defining the values and unit of measurement for each individual dataset, the data was reviewed to remove any mistakes in the data. Upon review of the data there were errors noted in the demographic categories these inaccuracies were simply deleted from the dataset. When reviewing the frequency for each construct there d With the maximum value of 9 this highlighted an error in the data as the values should have been between 1 and 7 based on the scale range, this entry was simply deleted. Of the
Answered Same DayJun 10, 2021

Answer To: Scenario for AS3, Data Analysis Special events are designed to address customers’ needs. Satisfying...

Sudharsan.J answered on Jun 11 2021
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Assessment
This report has been prepared at the favour of event manager to understand the satisfactory level of customer on their needs and to understand the customer engagement and quality of special event.
PRELIMINARY ANALYSIS
The study sample is obtained from the survey by the marketing research team. Total number of collected data is 286.
Before starting up the analysis, the data sets collected should be cleaned to know the consistency of the analysis which is the basic rules of analysis. The variable, values and units measurements were declared for every dataset. After the variable declaration and data entry, the data set are scanned to remove the flaws in
the data. In that reviewing data, the errors were noted in the demographic variables and measurements. The unit of measurements were recorded as scale .Actual units were ordinal and nominal scale. In demographic variable DC3 an error is detected in item 120 and 201,”education” with maximum value 7 which highlights an error in the data as the value should lie between 1 and 6 based the scale range and these entries were simply removed from data set. After removing these outliers the total response were reduced to 284.
Out of 284 respondents, 85 (29.9%) were males and 199 (70.1%) were females which are represented in Graph1.
Many of the respondents falls under the age group “under 25” with 47.2% (134), the second place took by the age group is “25-34” with 21.1% (60), “35-44” group constitutes 13.7% (39), “45-54” group constitutes 11.6% (33) and the least respondents fall under “more than 55” with 6.3% (18) and the graph of age of the respondents were represented in Graph 2.
Under the DC3 variable “education” more number of respondents falls under “under graduate degree” with 51.8% (147) and least number of respondents comes under ”primary school” with 2.5% (7). The other respondents are as follows: “high school” with 22.9% (65), “vocational or technical education” with 5.6% (16), “diploma” with 4.6% (13), “post graduate degree” with 12.7% (36) and graph has been represented in Graph 3.
In DC4 most of them were “students” who accounts for 44.4% (126) in the total and less number of response were in “unemployed” group with 7% (2). The others were as follows: “employee” accounts for 14.4% (41), “government employee” accounts for 15.8%(45), “business owner” accounts for 17.3% (49), “retired” accounts for 3.2% (9) and “home duties &other” accounts for same percentage 2.1% (6) whose graph is represented in Graph 4.
The skewness and kurtosis shows that all the items are normally distributed and it is negatively skewwed. The items learning motive (LM1-LM3), Excitement motive to pay (EXM1-EXM4) and Escape motive (ESM1-ESM2, Social Status motive (SM1-SM2), Customer Engagement (CE1-CE9), Perceived Quality Event(PQE1-PQE3)and Family/Friends togetherness motive (FTM1-FTM2) as the kurtosis indices fitted between 3 and skewness indices fitted between 1 we can conclude these items have normal distributions. Since, we have the ordinal data set which is not necessary to be fit normally perfectly. The complete analysis of kurtosis and skewness as well as the mean and standard deviation for each and every construct is showed below in table 4, descriptive statistics.
The factor loading component in the table 5, for each construct was calculated as part of the preliminary analysis of data. The acceptable rule for the factor loading in all the items should be greater than 0.5 and no cross loading should come. As shown in table 5, preliminary analysis for all of the factor loading scores of all constructs are over 0.5, which showed the measures used in this analysis is acceptable convergent validity.
The composite reliability for all the component is calculated in detailed in table 5 as a preliminary analysis. The result showed the reliability requirement of the above measures. Added to this, the AVE score was calculated for each component to further test the validity, the results are shown in table 5.
The correlation coefficient is a statistical measure used to calculate the strength of the relationship between two variables. The correlation is a measurement between -1 and +1. There is positive linear relation between the components when it raises ahead 0 positively otherwise it represents negative linear relation between the components correlation coefficient value raises down from 0 negatively. Here, we have the linear relationship between the variables.
As shown in table 5, preliminary analysis Cronbach Alpha exceeds 0.7 and all factor loading scores exceed the 0.5 benchmark. The analysis results showed above supports the reliability throughout the data and validity of the measurement model.
Hypothesis Testing and Data Analysis
The model in the table 7, the manager proposed model were formulated and a set of appropriate hypothesis to understand if customer motives encourages the engagement with a special event and wants to know if customer engagement really improves perceived quality of special event. So, the framed hypotheses are:

H1: There is a positive relation between Learning motive and customer engagement with special event.
H2: There is a positive relation between Excitement motive and customer engagement with special event.
H3: There is a positive relation between Escape motive and customer engagement with special event.
H4: There is a positive relation between Social Status motive and customer engagement with special event.
H5: There is a positive relation between Family/Friends togetherness motive and customer engagement with special event.
H6: There is a positive relation between Customer engagement with special event and Perceived Quality of special event.
Before testing the hypotheses, the data was standardised to make sure appropriate analysis of regression.
The Summary of model can be seen in table 8. The R square figure which represents a statistical measure of how close the data is to the fitted regression line for all hypotheses recorded. The R square values include: Hypothesis1 0.336, Hypothesis2 .369, Hypothesis3 .088, Hypothesis4 0.143, Hypothesis5 0.219 and Hypothesis6 0.294. Some of the results represent a weak status as the scores are below the standardised value 0.25 benchmark such as H3, H4 and H5.
· H1 stated that there is a positive relationship between learning motive and customer engagement with special event. Says that the result satisfies this hypothesis at the confidence level 0.99. The t-value is 11.957 which is bigger than the threshold of 2.58 and coefficient is strong (0.580 and <0.01).
· H2 stated that there is a strong positive relationship between excitement motive and...
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