Please show all work in R, and answers to all parts of the questions.
Do not just show R output Problem 3: Rencher 5.16 [10 pts] Four measurements were made on
two species of flea beetles (Lubischew, 1962). The variables were: - y1= distance of transverse
groove from posterior border of prothorax (m) - y2= length of elytra (in 0.01mm ) - y3= length
of second antennal joint ( m) - y4= length of third antennal joint (m) The data are given in the
following Table 5.5. a) Test H0:1=2 using T2. Report and comment on your p-value. [4 pts] b) If
the T2-test in part (a) rejects H0, carry out a t-test on each variable. [4 pts] c) Calculate the
discriminant function coefficient vector a=Spl1(y1y2). [ 2 pts] Table 5.5. Four Measurements on
Two Species of Flea Beetles 2)Page.
Influencing policy (training slides from Fast Track Impact)
Please show all work in R, and answers to all parts of the questions.pdf
1. Please show all work in R, and answers to all parts of the questions.
Do not just show R output Problem 3: Rencher 5.16 [10 pts] Four measurements were made on
two species of flea beetles (Lubischew, 1962). The variables were: - y1= distance of transverse
groove from posterior border of prothorax (m) - y2= length of elytra (in 0.01mm ) - y3= length
of second antennal joint ( m) - y4= length of third antennal joint (m) The data are given in the
following Table 5.5. a) Test H0:1=2 using T2. Report and comment on your p-value. [4 pts] b) If
the T2-test in part (a) rejects H0, carry out a t-test on each variable. [4 pts] c) Calculate the
discriminant function coefficient vector a=Spl1(y1y2). [ 2 pts] Table 5.5. Four Measurements on
Two Species of Flea Beetles 2)Page
![Please show all work in R, and answers to all parts of the questions.
Do not just show R output Problem 3: Rencher 5.16 [10 pts] Four measurements were made on
two species of flea beetles (Lubischew, 1962). The variables were: - y1= distance of transverse
groove from posterior border of prothorax (m) - y2= length of elytra (in 0.01mm ) - y3= length
of second antennal joint ( m) - y4= length of third antennal joint (m) The data are given in the
following Table 5.5. a) Test H0:1=2 using T2. Report and comment on your p-value. [4 pts] b) If
the T2-test in part (a) rejects H0, carry out a t-test on each variable. [4 pts] c) Calculate the
discriminant function coefficient vector a=Spl1(y1y2). [ 2 pts] Table 5.5. Four Measurements on
Two Species of Flea Beetles 2)Page](https://image.slidesharecdn.com/pleaseshowallworkinrandanswerstoallpartsofthequestions-230328155454-7ebd8d27/85/please-show-all-work-in-r-and-answers-to-all-parts-of-the-questionspdf-1-320.jpg)
