using JASP: Consumer Attitudes (Research exercise) Perform a multiple regression analysis to explore how well the components of the Theory of Planned Behaviour (TPB) and other variables (socio-demographic and economics characteristics of respondents)

Title of assessment (Consumer Attitudes) – Research exercise 

Perform a multiple regression analysis to explore how well the components of the Theory of Planned Behaviour (TPB) and other variables (socio-demographic and economics characteristics of respondents) contained in the ‘GM_Datset_2nd_Assignment.sav’ or ‘GM_Dataset_Assignment_02.csv’ datasets can predict purchasing. intentions for GM food products. Discuss your results commenting tables and or figures of your data analysis.

The ‘GM_Datset_2nd_Assignment.sav’ dataset contains the information necessary to perform the required statistical analysis. Furthermore, table 1 illustrates how questions related to TPB components were framed in the questionnaire and named in the ‘GM_Datset_2nd_Assignment.sav’ dataset.


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Overview and learning outcomes assessed :


You have to demonstrate your skills in analysing and summarising data on attitudes, and commenting results linked to the following learning outcomes:


• The strength of attitudes and the expectancy value principle (see learning outcomes of weeks 4 and 5)

• Predicting behaviour (see learning outcomes of week 6)

• Modelling consumer attitudes and behaviour (see learning outcomes of weeks 7-8)

• JASP/SPSS tutorials


Text has to be double spaced, character 12, between 1,000 and 1,200 words

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Variable                                                                                                 Item 

Attitudes (benefit and risks)  


EV_PEST               For me, reducing the use of pesticides and chemicals from the application of genetic engineering in food  production is:  


SP_PEST I think that reducing the use of pesticides and chemicals by using genetic engineering in food production is: 

 

EV_FOOD              For me, the development of foods with specific health benefits via the application of genetic engineering  in food production is: 


SP_FOOD             I think that the development of foods with specific health benefits  through the use of genetic engineering in food production is :  

 

EV_LDCS              For me, improvements in the nutritional situation of people in developing countries from the use of  genetic engineering in food production are:  


SP_LDCS              I think that improvements in the nutritional situation of people in developing countries through the use of genetic engineering in food production are: 

 

EV_BIOD              For me, reduced biodiversity in ecological systems from the use of genetic engineering in food production  is: 

SP_BIOD              I think that reduced biodiversity in ecological systems as a result of using genetic engineering in food production is: 

 

EV_HEAL              For me,  health risks to myself and my family from the use of genetic engineering in food production are: 


SP_HEAL             I think  health risks to myself and  my family caused  by   genetic  engineering  in  food  production are: 

 

EV_FUTG              For me, negative health effects on future generations from use of genetic engineering in food production  are:  

SP_FUTG              I think that negative health effects on future generations due to the use of genetic engineering in food production are: 

 

Subjective norms and Perceived behaviour control  

NB_SNOR              For me, my family’s and my friends’ views of my purchasing genetically modified food items would be: 


MC_SNOR              I think the likelihood that my family’s and friends’ views will influence my intention to purchase or not to purchase genetically modified food items will be: 

 

PC_PBCL              For me, if genetically modified food products are introduced on the market, distinguishing them from food  items produced without genetic engineering will be:  


CB_PBCL              I think that if food produced using genetic engineering is introduced on the market, the likelihood that I will have access to it in my usual shopping environment will be:  

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Coding of variables for JASP users who import data from the CSV file. 

Variable Value names Label 

EV_PEST 

-3 Extremely undesirable 

-2 Very undesirable 

-1 Undesirable 

0 Neutral 

1 Desirable 

2 Very desirable 

3 Extremely desirable 


SP_PEST 

1 Extremely unlikely 

2 Very unlikely 

3 Unlikely 

4 Neither unlikely, nor likely 

5 Likely 

6 Very likely 

7 Extremely likely 

EV_FOOD 

-3 Extremely undesirable 

-2 Very undesirable 

-1 Undesirable 

0 Neutral 

1 Desirable 

2 Very desirable 

3 Extremely desirable 

SP_FOOD 

1 Extremely unlikely 

2 Very unlikely 

3 Unlikely 

4 Neither unlikely, nor likely 

5 Likely 

6 Very likely 

7 Extremely likely 

EV_LDCS 

-3 Extremely undesirable 

-2 Very undesirable 

-1 Undesirable 

0 Neutral 

1 Desirable 

2 Very desirable 

     3    Extremely desirable 

SP_LDCS 

      1 Extremely unlikely 

2 Very unlikely 

3 Unlikely 

4 Neither unlikely, nor likely 

5 Likely 

6 Very likely 

7 Extremely likely 

EV_BIOD 

     -3 Extremely undesirable 

-2 Very undesirable 

-1 Undesirable 

0 Neutral 

1 Desirable 

2 Very desirable 

3 Extremely desirable 

SP_BIOD 

      1 Extremely unlikely 

2 Very unlikely 

3 Unlikely 

4 Neither unlikely, nor likely 

5 Likely 

6 Very likely 

7 Extremely likely 

EV_HEAL 

     -3 Extremely undesirable 

-2 Very undesirable 

-1 Undesirable 

0 Neutral 

1 Desirable 

2 Very desirable 

3 Extremely desirable 

SP_HEAL 

      1 Extremely unlikely 

2 Very unlikely 

3 Unlikely 

4 Neither unlikely, nor likely 

5 Likely 

6 Very likely 

7 Extremely likely 

EV_FUTG 

     -3 Extremely undesirable 

-2 Very undesirable 

-1 Undesirable 

0 Neutral 

1 Desirable 

2 Very desirable 

3 Extremely desirable 

SB_FUTG 

      1 Extremely unlikely 

2 Very unlikely 

3 Unlikely 

4 Neither unlikely, nor likely 

5 Likely 

6 Very likely 

7 Extremely likely 



Subjective norms 

Variables names Values Labels 

NB_SNOR 

-3 Extremely negative 

-2 Very negative 

-1 Negative 

0 Neutral 

1 Positive 

2 Very positive 

3 Extremely positive 

MC_SNOR 

1 Extremely low 

2 Very low 

3 Low 

4 Neither low, nor high 

5 High 

6 Very high 

7 Extremely high 




Perceived behavioural control 

PC_PBCL 1 Extremely difficult 

2 Very difficult 

3 Difficult 

4 Neither difficult, nor easy 

5 Easy 

6 Very easy 

7 Extremely easy 

CB_PBCL 1 Extremely low 

2 Very low 

3 Low 

4 Neither low, nor high 

5 High 

6 Very high 

7 Extremely high 



Other variables 

GENDER 

     0 Female 

1 Male 

INCOME 

      1 Less than 1000 € 

2 From 1000 to 1999 € 

3 From 2000 to 2999 € 

4 From 3000 to 3999 € 

5 More than 4000 € 

COUNTRY 

      0 Italy 

1 Germany 

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Also, I have attached:


* Assignment guide

* Dataset on JASP

Also Dataset on Excel


And


* Week 4 and 5 lectures

* Week 6 lecture

* Week 7 and 8 lectures

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