The data in the table below presents the hourly quantity of production for three lines of production processes over the first 4 days in XYZ Company. Answer the questions based on the Excel Output given below. Day Process 1 Process 2 Process 3 1 33 33 28 2 30 35 36 3 28 30 30 4 29 38 34 ANOVA: Single Factor SUMMARY Groups Count Sum Average Variance Process 1 4 120 30 4.66667 Process 2 4 136 34 11.3333 Process 3 4 128 32 13.3333 ANOVA Source of Variation SS df MS f P-value Between groups 32 ? ? ? Within groups 88 ? ? Total 120 11 State the null and alternative hypothesis for single factor ANOVA. State the decision rule (α = 0.05). Calculate the test statistic. Make a decision.

The data in the table below presents the hourly quantity of production for three lines of production processes over the first 4 days in XYZ Company. Answer the questions based on the Excel Output...

The data in the table below presents the hourly quantity of production for three lines of production processes over the first 4 days in XYZ Company. Answer the questions based on the Excel Output given below.

Day	Process 1	Process 2	Process 3
1	33	33	28
2	30	35	36
3	28	30	30
4	29	38	34

ANOVA: Single Factor

SUMMARY

Groups	Count	Sum	Average	Variance
Process 1	4	120	30	4.66667
Process 2	4	136	34	11.3333
Process 3	4	128	32	13.3333

ANOVA

Source of Variation	SS	df	MS	f	P-value
Between groups	32	?	?	?
Within groups	88	?	?
Total	120	11

State the null and alternative hypothesis for single factor ANOVA.

State the decision rule (α = 0.05).

Calculate the test statistic.

Make a decision.

Jun 03, 2022

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The data in the table below presents the hourly quantity of production for three lines of production processes over the first 4 days in XYZ Company. Answer the questions based on the Excel Output...

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