Write the following data structures in R: Vectors, Matrices, Arrays, Lists, and Data Frames.Access R Studio. Then, demonstrate how to work with each data structure as outlined below. VectorsCreate a vector as a sequence of number 1-15.Create a vector as a sequence of numbers 1-15 that increment by 0.1.Demonstrate how missing data is represented as NA in vectors (use the na() and anyNA() functions).Utilize the conversion between modes "coercion" in R to perform an "implicit coercion" on the following: a) xx ß p(2.5, "g"), b) xx ß p(TRUE, 4) and c) xx ß p("g", TRUE).Control how vectors are coerced explicitly using the as.<class_name>() functions (numeric and character).MatricesCreate a column-wise 5 x 8 matrix.Check that the matrices are vectors with a class attribute of matrix by using class() and tyepof().Create a matrix by transforming a 5 x 8 vector into a matrix.ArraysCreate an array of movies that contains the Top 10 movies of 2020.ListsConstruct a list of 10 cars (make, model, year, mpg).Data FramesCreate a data frame of all 26 letters of the alphabet with the following information (id = letters[1:26], x = 1:26, y = 27:52).

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7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

Write the following data structures in R: Vectors, Matrices, Arrays, Lists, and Data Frames.

Access R Studio. Then, demonstrate how to work with each data structure as outlined below.

Vectors

Create a vector as a sequence of number 1-15.
Create a vector as a sequence of numbers 1-15 that increment by 0.1.
Demonstrate how missing data is represented as NA in vectors (use the na() and anyNA() functions).
Utilize the conversion between modes "coercion" in R to perform an "implicit coercion" on the following: a) xx ß p(2.5, "g"), b) xx ß p(TRUE, 4) and c) xx ß p("g", TRUE).
Control how vectors are coerced explicitly using the as.<class_name>() functions (numeric and character).

Matrices

Create a column-wise 5 x 8 matrix.
Check that the matrices are vectors with a class attribute of matrix by using class() and tyepof().
Create a matrix by transforming a 5 x 8 vector into a matrix.

Arrays