The Farmers' Union wanted to know if orange trees produced more fruit with or without new fertilizer, sampled 7 trees that were fertilized and 8 that were not counted The fruit from each tree in kilograms95,105,84,150,77,89,67 - with a fork57,86,84,65,45,77,44,73 - No spoilers 1. Do I need to take a 1.2 test or a non-parametric test? (Which one?) - Why? 2. Please note Ho and H1 and whether the test is bi or one-tailed. If a single-tailed mother explained why. 3. Draw the scatter of variables 4. Specify the assumptions of the test, for a test to see if the variance of both samples is equal to 5. Set up ) and from there, consider Ho's reception and rejection area. We know exactly how you got there (including degrees of freedom) if necessary) 6. Think the statistic. 7. Do you accept or reject Ho?8. Answer the question! What are your conclusions?
The Farmers' Union wanted to know if orange trees produced more fruit with or without new fertilizer, sampled 7 trees that were fertilized and 8 that were not counted
The fruit from each tree in kilograms
95,105,84,150,77,89,67 - with a fork
57,86,84,65,45,77,44,73 - No spoilers
1. Do I need to take a 1.2 test or a non-parametric test? (Which one?) - Why?
2. Please note Ho and H1 and whether the test is bi or one-tailed. If a single-tailed mother explained why.
3. Draw the scatter of variables
4. Specify the assumptions of the test, for a test to see if the variance of both samples is equal to 5. Set up ) and from there, consider Ho's reception and rejection area. We know exactly how you got there (including degrees of freedom)
if necessary)
6. Think the statistic.
7. Do you accept or reject Ho?
8. Answer the question! What are your conclusions?
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