This my third time posting the same question. Because no one answer it straight to me. I already answered the question. Could you please tell me which one of these are not correct. and if so Could you please tell me the correct answer first then explain it.Also could you please highlight the correct answer for each one Suppose that we have a population of fungal spores which clearly fall into two size categories, large and small. We incubate these spores on agar and count thenumber of spores that germinate by producing a single outgrowth or multiple outgrowths. The null hypothesis is that spore size and outgrowth are independent ofeach other.Based on the actual data shown below what is the expected number of large spores with multiple outgrowths (give answer to 1 decimal place)?Use this handy chi-squared calculator.Small SporeLarge SporeSingle Outgrowth1013Multiple Outgrowths2218

The given null hypothesis says that spore outgrowth and size are not dependent on each other. We can…

Answered: Suppose that we have a population of…

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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This my third time posting the same question. Because no one answer it straight to me. I already answered the question. Could you please tell me which one of these are not correct. and if so Could you please tell me the correct answer first then explain it.

Also could you please highlight the correct answer for each one

Suppose that we have a population of fungal spores which clearly fall into two size categories, large and small. We incubate these spores on agar and count the
number of spores that germinate by producing a single outgrowth or multiple outgrowths. The null hypothesis is that spore size and outgrowth are independent of
each other.
Based on the actual data shown below what is the expected number of large spores with multiple outgrowths (give answer to 1 decimal place)?
Use this handy chi-squared calculator.
Small Spore
Large Spore
Single Outgrowth
10
13
Multiple Outgrowths
22
18

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