NO HAND-WRITTEN ANSWERS!!!!!
NO HAND-WRITTEN ANSWERS!!!!!
NO HAND-WRITTEN ANSWERS!!!!!
NO HAND-WRITTEN ANSWERS!!!!!
again, NO HAND-WRITTEN ANSWERS!!!!!
If you give me a hand-written answer, I will down vote.
No Hand Written Answers No Hand Written Answers No Hand Written Answers No Hand Written Answers Agai 1 (59.94 KiB) Viewed 37 times
5 +10 Q1 A transportation engineering study requires the calculation of the total number of cars that pass through an intersection over a 24-h period. An individual visits the intersection at various times during the course of a day and counts the number of cars that pass through the intersection in a minute. Utilize the data summarized in the Table below, to estimate the total number of cars that pass through the intersection per day using any Newton-Cotes method. (Be careful of units.) A complete answer will include (a) Set up an appropriate numerical method clearly showing the equation(s) to be implemented in the code. Write your answer in the PDF file (b) Implementation of the algorithm using Octave programming. Write your answer in the dot-m file. Please don't copy-paste screenshots of code in pdf file (c) Plot and describe the solution. () Insert any plots to elaborate your answer. Insert the plots by downloading them as a PNG file. Make sure that labels and text of plot are readable (ii) Describe the answer and comment on its accuracy. +5 Write your answer in the PDF file =20 points TABLE P24.21 Traffic flow rate (cars/min) for an intersection measured at various times within a 24-h period. Time Rate Time Time 12:00 midnight 2 9:00 AM 11 6:00 PM 20 2:00 AM 2 10:30 AM 7:00 PM 10 4:00 AM 0 11:30 AM 11 8:00 PM 5:00 AM 2 12:30 PM 12 9:00 PM 10 6:00 AM 2:00 PM 10:00 PM 7:00 AM 4:00 PM 11:00 PM 7 8:00 AM 23 5:00 PM 26 12:00 midnight Rate Rate 4 8 8 8 Z 3
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