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yuradex [85]
1 year ago
13

When the sample evidence is sufficient to justify rejecting the null hypothesis in a goodness-of-fit test, can you tell exactly

how the distribution of observed values over the specified categories differs from the expected distribution? explain your answer.
Mathematics
2 answers:
DIA [1.3K]1 year ago
6 0

No. When we reject the null, we can only conclude that the observed distribution differs from the expected distribution.

<h3>What do you mean by categories?</h3>
  • Any of a number of basic and distinctive classifications to which entities or concepts belong Taxpayers fall into a number of categories.
  • A division within a categorization scheme She entered the contest for the prize in her age group.
  • Foods made of grains are an illustration of this category. Any of the several fundamental ideas that can be used to categorize all knowledge.
  • A high-level business region that aids in organizing business jargon is a business category. Information Governance Catalog (IGC) defines business categories as categories having attributes that convey the meaning of the business category in the business language and are offered with IBM Industry Models.

No. When we reject the null, we can only conclude that the observed distribution differs from the expected distribution.

To learn more about the category, refer to:

brainly.com/question/11089283

#SPJ4

Svetllana [295]1 year ago
4 0

No, we can only suppose that the observed distribution deviates from the expected distribution when we reject the null hypothesis.

<h3>What is a null hypothesis?</h3>

The null hypothesis exists as a specific mathematical theory that claims that there exists no statistical relationship and significance between two sets of observed data and estimated phenomena for each set of selected, single observable variables. The null hypothesis can be estimated to define whether or not there exists a relationship between two measured phenomena, which creates it useful. It can let the user comprehend if the outcomes exist as the product of random events or intentional manipulation of a phenomenon.

To learn more about the null hypothesis refer to:

brainly.com/question/13135308

#SPJ4

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A farmer wishes to fence a rectangular area behind his barn. The barn forms one end of the rectangle and the length of the recta
Semenov [28]
1. The formula for calculate the perimeter of a rectangle, is:

 P=2L+2W

 P is the perimeter of the rectangle (P=320 feet).
 L is the lenght of the rectangle.
 W is the width of the rectangle.
<span>
 2. The problem says that the length of the rectangle is three times the width, so you have:
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 L=3W

 3. When you substitute L=3W and P=320, into P=2L+2W, you obtain:

 P=2L+2W
 320=2(3W)+2W
 320=6W+2W
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 4. The barn forms one end of the rectangle. Therefore the linear feet of fence (x) is:

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Step-by-step explanation:

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