heres info to help A The total sales amount for each entore

here\'s info to help.

A. The total sales amount for each entore marking period (start, end) is a population

B. µ= Mar Per (Start/End) sales total

                              3

C. a=0.05

Type of study Guides

1a

1b

2a

2b

3a

3b

4a

4b

Angles

400

500

400

500

400

500

400

500

proofs

1200

1500

1200

1500

1200

1500

1200

1500

triangles

400

500

400

500

400

500

400

500

Samples

I

II

III

N

8

8

8

Sum

3600

10800

3600

Mean

450

1350

450

Sum (x^2)

1640000

14760000

1640000

Variance

2857.1429

25714.285

2857.1429

Std dev

53.4522

160.3567

53.4522

Std error

18.8982

56.6947

18.8982

Anova Table

Source

SS

df

MS

F

p

Treatment

4320000

2

2160000

206.18

0.0001

Error

220000

21

10476.191

Total

4540000

23

Tukey HSD Test

HSD(0.05) =128.99,

HSD (0.1)

167.17

M1VM2

p<0.1

Reject hypothesis mu1 = mu2

M1VM3

Not significant

M2VM3

p<0.1

Reject hypothesis mu1 = mu2

HSD

Absolute unsigned difference

1. Do a Wilcoxon signed-rank test for matched data pairs. Tell how the results affect sales predictions. Let the Mar Per Start sales and the Mar Per End sales be matched with the data pairs for each study-guide-type for the entire school year. Assume the histogram for the contingency table is systematic, and the median is 0.

Ho= [(Mar Per # start Sales) – Mar Per # End Sales)] = 0

H1= [(Mar Per # end Sales) – Mar Per # End Sales)] 0

Type of study Guides

1a

1b

2a

2b

3a

3b

4a

4b

Angles

400

500

400

500

400

500

400

500

proofs

1200

1500

1200

1500

1200

1500

1200

1500

triangles

400

500

400

500

400

500

400

500

Solution

with the values of anova table

F=206.18 and

p-value =0.0001

as you can see the test is 2 tailed because it can be minor or major than 0 in the alternative hypotesis

a=0.05

critical value = a/2 = 0.025

if p-value > 0.025 reject Ho

since p-value=0.0001 is minor than 0.025 we accept Ho

conclusion

the Mar per # star sales and mar per # end sales dont have difference at 1-0.05 = 95% of confidence

here\'s info to help. A. The total sales amount for each entore marking period (start, end) is a population B. µ= Mar Per (Start/End) sales total 3 C. a=0.05 Ty
here\'s info to help. A. The total sales amount for each entore marking period (start, end) is a population B. µ= Mar Per (Start/End) sales total 3 C. a=0.05 Ty
here\'s info to help. A. The total sales amount for each entore marking period (start, end) is a population B. µ= Mar Per (Start/End) sales total 3 C. a=0.05 Ty
here\'s info to help. A. The total sales amount for each entore marking period (start, end) is a population B. µ= Mar Per (Start/End) sales total 3 C. a=0.05 Ty

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