MATLAB question 1. This file (click here) contains rainfall rate (mm/hr) throughout a day, recorded at each hour. The first value in the data file corresponds to 00:00 hours (24-hour clock). https://drive.google.com/file/d/1OZHoQ8CrxzNiDH8WBPxO8RjAedSfCtFU/view?usp=sharing 8.766083e-02,2.786562e+00,2.190993e+00,1.465827e+00,1.735575e+00,7.118507e-01,1.376546e+00,2.889266e+00,1.640417e+00,1.563407e+00,6.947832e-01,1.466693e+00,1.872180e+00,2.037407e+00,1.186546e+00,1.102310e+00,2.963946e+00,1.132166e-01,2.655504e+00,2.739860e+00,2.388552e+00,2.961368e-01,7.856136e-01,1.006071e+00 1a) Find the total rainfall using all the given points using the trapezoidal rule, correct to 4 decimal places. 1b) Paste your code for the above part. Paste as plain text (Ctrl+Shift+V) if normal paste (Ctrl+V) doesn't work. 1c) Find the total rainfall using 10 applications of the Simpson’s 1/3 rule plus a single application of the Simpson’s 3/8 rule (at the end of the data set) 1d) Paste your code for the above part. Paste as plain text (Ctrl+Shift+V) if normal paste (Ctrl+V) doesn't work. 1e) List the requirements for composite Simpson’s 1/3 rule to be used to integrate a given data set.
MATLAB question 1. This file (click here) contains rainfall rate (mm/hr) throughout a day, recorded at each hour. The first value in the data file corresponds to 00:00 hours (24-hour clock). https://drive.google.com/file/d/1OZHoQ8CrxzNiDH8WBPxO8RjAedSfCtFU/view?usp=sharing 8.766083e-02,2.786562e+00,2.190993e+00,1.465827e+00,1.735575e+00,7.118507e-01,1.376546e+00,2.889266e+00,1.640417e+00,1.563407e+00,6.947832e-01,1.466693e+00,1.872180e+00,2.037407e+00,1.186546e+00,1.102310e+00,2.963946e+00,1.132166e-01,2.655504e+00,2.739860e+00,2.388552e+00,2.961368e-01,7.856136e-01,1.006071e+00 1a) Find the total rainfall using all the given points using the trapezoidal rule, correct to 4 decimal places. 1b) Paste your code for the above part. Paste as plain text (Ctrl+Shift+V) if normal paste (Ctrl+V) doesn't work. 1c) Find the total rainfall using 10 applications of the Simpson’s 1/3 rule plus a single application of the Simpson’s 3/8 rule (at the end of the data set) 1d) Paste your code for the above part. Paste as plain text (Ctrl+Shift+V) if normal paste (Ctrl+V) doesn't work. 1e) List the requirements for composite Simpson’s 1/3 rule to be used to integrate a given data set.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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MATLAB question
1. This file (click here) contains rainfall rate (mm/hr) throughout a day, recorded at each hour. The first value in the data file corresponds to 00:00 hours (24-hour clock).
<link of the file above>
https://drive.google.com/file/d/1OZHoQ8CrxzNiDH8WBPxO8RjAedSfCtFU/view?usp=sharing
<text of the file above>
8.766083e-02,2.786562e+00,2.190993e+00,1.465827e+00,1.735575e+00,7.118507e-01,1.376546e+00,2.889266e+00,1.640417e+00,1.563407e+00,6.947832e-01,1.466693e+00,1.872180e+00,2.037407e+00,1.186546e+00,1.102310e+00,2.963946e+00,1.132166e-01,2.655504e+00,2.739860e+00,2.388552e+00,2.961368e-01,7.856136e-01,1.006071e+00
1a)
Find the total rainfall using all the given points using the trapezoidal rule, correct to 4 decimal places.
1b)
Paste your code for the above part. Paste as plain text (Ctrl+Shift+V) if normal paste (Ctrl+V) doesn't work.
1c)
Find the total rainfall using 10 applications of the Simpson’s 1/3 rule plus a single application of the Simpson’s 3/8 rule (at the end of the data set)
1d)
Paste your code for the above part. Paste as plain text (Ctrl+Shift+V) if normal paste (Ctrl+V) doesn't work.
1e)
List the requirements for composite Simpson’s 1/3 rule to be used to integrate a given data set.
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