An experiment was conducted to see the effectiveness of two antidotes to three different doses of a toxin. The antidote was given to a different sample of participants five minutes after the toxin. Thirty minutes later the response was measured as the concentration in the blood. What can the researchers conclude with α = 0.05? DoseAntidote5101510.61.11.17.21.52.43.14.15.921.11.21.11.71.31.52.13.12.1 A) Obtain/compute the appropriate values to make a decision about H0.Antidote: critical value = test statistic = Decision: Dose: critical value = test statistic = Decision: Interaction: critical value = test statistic = Decision: B) Compute the corresponding effect size(s) and indicate magnitude(s).Antidote: η2 = Dose: η2 = Interaction: η2 =

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Description: An experiment was conducted to see the effectiveness of two antidotes to three different doses of a toxin. The antidote was given to a different sample of participants five minutes after the toxin. Thirty minutes later the response was measured as

Excel Procedure for two way ANOVA: Enter the data for Antidote, categories of Dose(5, 10 &…

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An experiment was conducted to see the effectiveness of two antidotes to three different doses of a toxin. The antidote was given to a different sample of participants five minutes after the toxin. Thirty minutes later the response was measured as the concentration in the blood. What can the researchers conclude with α = 0.05?

	Dose
Antidote	5	10	15
1	0.6 1.1 1.1	7.2 1.5 2.4	3.1 4.1 5.9
2	1.1 1.2 1.1	1.7 1.3 1.5	2.1 3.1 2.1

A) Obtain/compute the appropriate values to make a decision about H₀.
Antidote: critical value = test statistic =
Decision:

Dose: critical value = test statistic =
Decision:

Interaction: critical value = test statistic =
Decision:

B) Compute the corresponding effect size(s) and indicate magnitude(s).
Antidote: η² =
Dose: η² =
Interaction: η² =

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