While vacationing I made the observations in the graph. Using inductive reasoning what can be conjecture about the road naming system in this city? What is the conjecture? Why may this conjecture not be true? Road directionEast-westEast-westNorth-southNorth-southEast-westNorth-southName of roadCypress AvenueHyland Avenue35th Street86th StreetShore Avenue92nd Street

Given Information:Naming the road of a city is provided as follows:Road DirectionName of the…

While vacationing I made the observations in the graph. Using inductive reasoning what can be conjecture about the road naming system in this city? What is the conjecture? Why may this conjecture not be true?

While vacationing I made the observations in the graph. Using inductive reasoning what can be conjecture about the road naming system in this city? What is the conjecture? Why may this conjecture not be true?

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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The graph below represents paths in a city. A tour guide wants to design a walking tour that uses each path and does not repeat any path. Will she be able to design such a tour that ends at the same point where it starts? B. E A Yes No
• Open RStudio. • Open a new R Script. • Copy and paste the below code in R. (to present your answer for this task, take a screenshot of your RStudio session, and paste it into your assessment solutions document). • Run the code, then copy and paste the outputs and the graphs into your assessment solutions document. • Copy and paste the code in your assignment and use comments to explain each line of the code. Note: to get help in R, highlight the code and press F1. Code to be copied and pasted into an R script in RStudio: Treatment <- rep (c("Level_1", "Level_2","Level_3"), each=10) Response <- c(11, 8, 10, 12, 8, 12, 9, 9, 4, 12, 12, 9, 12, 10, 18, 24, 17, 16, 20, 11, 14, 7, 18, 8, 12, 10, 9, 14, 12, 10) Data Question_3<-data.frame(Treatment, Response) View(Data_Question 3) aggregate (Data Question_3$Response, list (Data Question_3$Treatment), mean) aggregate (Data_Question_3$Response, list (Data Question_3$Treatment), sd) aggregate (Response Treatment, Data Question 3, function…
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Only need the last question thank you! Apparently what I already wrote in is incorrect.
Question 1: Alley-Anne wants to buy x oranges and y peaches from the store. She must buy at least 5 oranges. The number of oranges must be less than twice the number of peaches. An orange weighs 150 grams and a peach weighs 100 grams. Alley-Anne can carry not more than 3.6 kg of fruits home. a) Write 3 inequalities to represent the information given above. b) Plot the inequalities on the Cartesian grid and shade the region that satisfies all the inequalities. c) List the vertices that borders the common region of the 3 inequalities. d) Oranges cost $0.70 each and peaches cost $0.90 each. Write an expression to show this. e) Find the maximum amount that Alley-Anne can spend buying the fruits.
Question is in the image Thank you
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