I need help The following results are from a dataset that measured the times to morbidity (in seconds) for three genetic strains of insects exposed to two different pesticides:> anova(insectmodel)Analysis of Variance TableResponse: tmorbDf Sum Sq Mean Sq F value Pr(>F)strain4578.1 2289.03 12.6443 0.0001777pesticide1653.3 653.333.6089 0.0695524strain:pesticide2 1192.5 596.233.2935 0.0544618Residuals244344.8 181.03Signif. codes: 0 ***' 0.001 ***0.01 *' 0.05 ? 0.11Answer the following question based on these results. Is there an effect on mean time to morbidity due to pesticide use?O No answer text provided.O No.O No answer text provided.O Yes.

The following results are from a dataset that measured the times to morbidity (in seconds) for three genetic strains of insects exposed to two different pesticides: > anova(insectmodel) Analysis of Variance Table Response: tmorb Df Sum Sq Mean Sq Fvalue Pr(>F) strain 2 4578.1 2289.03 12.6443 0.0001777 pesticide 653.3 653.33 3.6089 0.0695524 strain:pesticide 1192.5 596.23 3.2935 0.0544618 Residuals 24 4344.8 181.03 --- Signif. codes: 0*** 0.001 *" 0.01 "0.05 ! 0.1 1 Answer the following question based on these results. Is there an effect on mean time to morbidity due to pesticide use? O No answer text provided. O No, O No answer text provided. O Yes. O o o

The following results are from a dataset that measured the times to morbidity (in seconds) for three genetic strains of insects exposed to two different pesticides: > anova(insectmodel) Analysis of Variance Table Response: tmorb Df Sum Sq Mean Sq Fvalue Pr(>F) strain 2 4578.1 2289.03 12.6443 0.0001777 pesticide 653.3 653.33 3.6089 0.0695524 strain:pesticide 1192.5 596.23 3.2935 0.0544618 Residuals 24 4344.8 181.03 --- Signif. codes: 0*** 0.001 *" 0.01 "0.05 ! 0.1 1 Answer the following question based on these results. Is there an effect on mean time to morbidity due to pesticide use? O No answer text provided. O No, O No answer text provided. O Yes. O o o

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.3: Measures Of Spread

Problem 1GP

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Concept explainers

Confidence Intervals

When we calculate intervals in probability and statistics, it can be simply termed as finding out a confidence interval. The confidence interval is usually calculated from the data set which is observed. The value of the parameter that needs to be calculated is present here only.

Question

I need help

The following results are from a dataset that measured the times to morbidity (in seconds) for three genetic strains of insects exposed to two different pesticides:
> anova(insectmodel)
Analysis of Variance Table
Response: tmorb
Df Sum Sq Mean Sq F value Pr(>F)
strain
4578.1 2289.03 12.6443 0.0001777
pesticide
1
653.3 653.33
3.6089 0.0695524
strain:pesticide
2 1192.5 596.23
3.2935 0.0544618
Residuals
24
4344.8 181.03
Signif. codes: 0 ***' 0.001 ***
0.01 *' 0.05 ? 0.11
Answer the following question based on these results. Is there an effect on mean time to morbidity due to pesticide use?
O No answer text provided.
O No.
O No answer text provided.
O Yes.

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