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Report the demographic and independent variables that are relevant to complete a

ID: 1177597 • Letter: R

Question

Report the demographic and independent variables that are relevant to complete a demand analysis providing a rationale for the selection of the variables.


Using Excel input the data you collected in criterion one to calculate an estimated regression.


Then, from the calculation provided, interpret the coefficient of determination indicating how it will influence your decision to open the pizza business.


Explain any additional variables that may improve the coefficient of determination.


Test the statistical significance of the variables and the regression equation indicating how it will impact your decision to open the pizza business.


Forecast the demand for pizza in your community for the next four months in your community, using the regression equation including the assumptions that were used to create the demand. Justify the assumptions made related to the forecast.


Based on the forecasting demand, determine whether Dominos should establish a restaurant in your community. Provide a rational and support for the decision.

The Pizza Company Market Demand (Q) Price (P) Competitor Price (Px) Advertising (Ad) Income (I) 1      596,611            7.62              6.54        200,259        54,880 2      596,453            7.29              5.01        204,559        51,755 3      599,201            6.66              5.96        206,647        52,955 4      572,258            8.01              5.30        207,025        54,391 5      558,142            7.53              6.16        207,422        48,491 6      627,973            6.51              7.56        216,224        51,219 7      593,024            6.20              7.15        217,954        48,685 8      565,004            7.28              6.97        220,139        47,219 9      596,254            5.95              5.52        220,215        49,775 10      652,880            6.42              6.27        220,728        54,932 11      596,784            5.94              5.66        226,603        48,092 12      657,468            6.47              7.68        228,620        54,929 13      519,866            6.99              5.10        230,241        46,057 14      612,941            7.72              5.38        232,777        55,239 15      621,707            6.46              6.20        237,300        53,976 16      597,215            7.31              7.43        238,765        49,576 17      617,427            7.36              5.28        241,957        55,454 18      572,320            6.19              6.12        251,317        48,480 19      602,400            7.95              6.38        254,393        53,249 20      575,004            6.34              5.67        255,699        49,696 21      667,581            5.54              7.08        262,270        52,600 22      569,880            7.89              5.10        275,588        50,472 23      644,684            6.76              7.22        277,667        53,409 24      605,468            6.39              5.21        277,816        52,660 25      599,213            6.42              6.00        279,031        50,464 26      610,735            6.82              6.97        279,934        49,525 27      603,830            7.10              5.30        287,921        49,489 28      617,803            7.77              6.96        289,358        49,375 29      529,009            8.07              5.76        294,787        48,254 30      573,211            6.91              5.96        296,246        46,017

Explanation / Answer


Statistics of T-test

Test value %uFF1D3

T

df

Level of sig.

(two-tail)

95% Confidence interval

Lower bound

Upper bound

attractiveness

2.1122

29

.05

-3.00848

3.52488

















































Very important

Important

So-so

Not important

Not important at all

total

Score

5

4

3

2

1

---

Count(n)

8

16

4

2

0

30(N)

Weighted

score(xi)

40

64

12

4

0

120

Average( )

%u03C32=

4

0.689655



Table 4: Statistics of T-test when test value is 3.





































Test value%uFF1D2

T

df

P value

Mean

Promotion A

2.0941

29

0.0268

3.733333

Promotion B

2.4631

29

0.0100

3.933333

Promotion C

1.5094

29

0.1256

3.233333


Table 8: Statistics of T-test when test value is 2.



Test the statistical significance of the variables and the regression equation indicating how it will impact your decision to open the pizza business.


67 percent, which is a big portion, of NCTU acceptance are still athirst afterwards they accept pizza with others. It is axiomatic that their charge isn%u2019t annoyed if accepting pizzas in groups.


It is a accepted anticipation that anybody would wish to accept the acidity they prefer. We can see from Fig.4 that there are 57 percent of NCTU acceptance acquainted that their best is rather bound if the acidity is assertively by the absolute group. They accept to accommodation with added humans in the group. But if they were to adjustment pizza alone, there will be no such problem.



This is a simple on how it suppose to look like, I have been trying to use google and other search trying to get the same data for NJ state regarding dominos pizza statistics.


Statistics of T-test





Test value %uFF1D3



T



df



Level of sig.


(two-tail)



95% Confidence interval



Lower bound



Upper bound



attractiveness



2.1122



29



.05



-3.00848



3.52488