Suppose that we have a population of fungal spores which clearly fall into two size categories,...

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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 small spores with single outgrowths (give answer to 1 decimal place)? Use this handy chi-squared calculator. Single Outgrowth Multiple Outgrowths Small Spore 10 22 Large Spore 14 18 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 small spores with single outgrowths (give answer to 1 decimal place)? Use this handy chi-squared calculator. Single Outgrowth Multiple Outgrowths Small Spore 10 22 Large Spore 14 18

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