FRUIT PIERCING MOTHSProblem: Mr. Kinalabaw, an owner of a mango plantation, is worried about the increasing number of fruit piercing moths present in most of the mango trees in his farm. He then asked for Concon’s help, his trusted statistician, in resolving the problem. They identified two types of pesticide (1, 2) and two methods of application (A, B). They applied each treatment combination to 3 fruit piercing moths. Their survival time (in minutes) was recorded.PesticideMethod of ApplicationSurvival Time (in minutes)1 312930 2830272 231820 2715181) Identify the factors, factor levels, treatment combinations, experimental units, response variable, and blocking factor (if any).factors and factor levels: _________________________treatment combinations: _________________________experimental units: _________________________response variable: _________________________design structure: _________________________2) Specify the appropriate linear model and define each component in the context with the problem. ?!"# = ? + ?! + ?" + (??)!" + ?!"#; ? = 1,2 ; ? = 1,2 ; ? = 1,2,3 Yijk= µ= ai= bj= (ab)ij = eijk = FRUIT PIERCING MOTHS PROBLEMdata: Pesticide 1 Method APesticide 1 Method BShapiro-Wilk normality testW = 1.00000,p-value = 1.0000data:Shapiro-Wilk normality testW - 0.96429,p-value - 0.6369Pesticide 2 Method A data:Pesticide 2 Method Bdata:Shapiro-Wilk normality testW = 0.98684p-value = 0.7804Shapiro-Wilk normality testW- 0.96429p-value - 0.6369Bartlett test of homogeneity of variancesdata: survival_time by trmcombinBartlett's K-squared = 1.4136, df = 3, p-value = 0.7024Levene's Test for Homogeneity of Variance (center - "mean")Df F value Pr (>F)group30.8718 0.4947Anova Table (Type II tests)Response: survival_timePr (>F)0.02851 *Sum Sq Df F valuemethodpesticidemethod:pesticideResiduals21.33 17.11111 113.7778 0.000005232 ***0.34659341.333.0011.000024.00Signif. codes:O *** 0.001 '** 0.01 ** 0.05 '.' 0.1Kruskal-Wallis rank sum testdata:survival_time by trmcombinKruskal-Wallis chi-squared - 9.6573, df - 3, p-value - 0.02172

From the given information, There ate 2 types of pesticides, 2 type of method of applications and…

Answered: Problem: Mr. Kinalabaw, an owner of a…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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FRUIT PIERCING MOTHS

Problem: Mr. Kinalabaw, an owner of a mango plantation, is worried about the increasing number of fruit piercing moths present in most of the mango trees in his farm. He then asked for Concon’s help, his trusted statistician, in resolving the problem. They identified two types of pesticide (1, 2) and two methods of application (A, B). They applied each treatment combination to 3 fruit piercing moths. Their survival time (in minutes) was recorded.