HOMEWORK

Need Help,

 

Review the SPSS output file which reports the results of the related samples t-test to compare the number of U.S. states where each brand was sold in 2008 with the number of U.S. states where those same brands were sold in 2012. For each brand, there is one value for the number of states in 2008 and another value for the number of states in 2012, making this a repeated measure. Answer the following questions based on your observations of the SPSS output file:

 

(1) What was the mean number of U.S. states in which all of the beer brands were sold in in 2008?

 

(2) What was the mean number of U.S. states in which all of the beer brands were sold in in 2012?

 

(3) Was there a significant difference in the number of states in which these beer brands were sold in 2008 versus 2012? Report the results of the t-test as follows: t(df value) = ___, and p-value.

 

DATASET ACTIVATE

Data

Set1.

   

SAVE OUTFILE=’C:\Users\donn\Documents\GCU Lead fac\Project with Judy for modifying PSY845 to ‘+

 

    ‘introduce SPSS\drinks database -revised for course applications DH.sav’

 

  /COMPRESSED.

 

T-TEST PAIRS=States2008 WITH States2012 (PAIRED)

 

  /CRITERIA=CI(.9500)

 

  /MISSING=ANALYSIS.

   

T-Test

 

 

Data

           

            SPSS/PC+

35

Notes
Output Created	07-JUN-2013 12:05:33
Comments
Input	C:\Users\donn\Documents\GCU Lead fac\Project with Judy for modifying PSY845 to introduce SPSS\drinks database -revised for course applications DH.sav
Active Dataset	DataSet1
File Label
Filter
Weight
Split File
N of Rows in Working Data File
Missing Value Handling	Definition of Missing	User defined missing values are treated as missing.
Cases Used	Statistics for each analysis are based on the cases with no missing or out-of-range data for any variable in the analysis.
Syntax	T-TEST PAIRS=States2008 WITH States2012 (PAIRED)  /CRITERIA=CI(.9500)  /MISSING=ANALYSIS.
Resources	Processor Time	00:00:00.00
Elapsed Time	00:00:00.01

     

[DataSet1] C:\Users\donn\Documents\GCU Lead fac\Project with Judy for modifying PSY845 to introduce SPSS\drinks database -revised for course applications DH.sav

           

 

N

35

35

Paired Samples Statistics
	Mean		Std. Deviation		Std. Error Mean
			Pair 1	Total number of US states selling beer in 2008	16.2286	14.63494	2.47376
Total number of US states selling beer in 2012	21.2000	15.48965	2.61823

     

s

 NCorrelation

Pair 1

35

     

Paired Samples	Correlation
Sig.
Total number of US states selling beer in 2008 & Total number of US states selling beer in 2012	.880		.000

     

 

MeanStd. DeviationStd. Error Mean

Pair 1

      

	Paired Samples Test
	Paired Differences
	95% Confidence Interval of the Difference
Lower
	Total number of US states selling beer in 2008 – Total number of US states selling beer in 2012	-4.97143	7.43792	1.25724	-7.52644

                           

Paired Samples Test

 Paired Differencestdf

95% Confidence Interval of the Difference

Pair 1Total number of US states selling beer in 2008 – Total number of US states selling beer in 2012

34.000

      

Sig. (2-tailed)
Upper
-2.41641	-3.954

 Review the SPSS output file which reports the results of the related samples t-test to compare the number of U.S. states where each brand was sold in 2008 with the number of U.S. states where those same brands were sold in 2012. For each brand, there is one value for the number of states in 2008 and another value for the number of states in 2012, making this a repeated measure. Answer the following questions based on your observations of the SPSS output file:  (1) What was the mean number of U.S. states in which all of the beer brands were sold in in 2008? (2) What was the mean number of U.S. states in which all of the beer brands were sold in in 2012? (3) Was there a significant difference in the number of states in which these beer brands were sold in 2008 versus 2012? Report the results of the t-test as follows: t(df value) = ___, and p-value.