T = Tmean + (Tpeak – Tmean) Cos (w(t – tpeak)) here Tmean is the mean temperature over a year, Tpeak is the highest daily mean temperature, w is the frequency of ann ariation, tpeak is the day that the peak temperature occurs, and t represents the days 33 to 400 (inclusive, increments ).w has the value 2n/365. A. Write a function that takes Tpeak, tpeak, Tmean and t as inputs (4 inputs) and outputs the following 3 return values The temperature for for each day The minimum temperature for the year The day with the minimum temperature B. In 2008, Melbourne's temperature statistics were: Tpeak = 25.9°C, tpeak = 13 and Tmean = 19.8°C Use the function you wrote in part A to plot on a single figure the following: Temperature for every day of the year as a black continuous line Use fprintf() to print the minimum temperature and the day it occurred. Then use a red asterisk to mark it the plot C. In 2008, New York's temperature statistics were: Tpeak = 24.8°C, tpeak = 185 and Tmean = 12.6°C Use the function you wrote in part A to plot on the previous figure: Temperature for every day of the year as a black dashed line Use fprintf() to print the minimum temperature and the day it occurred. Then use a blue asterisk to mar
T = Tmean + (Tpeak – Tmean) Cos (w(t – tpeak)) here Tmean is the mean temperature over a year, Tpeak is the highest daily mean temperature, w is the frequency of ann ariation, tpeak is the day that the peak temperature occurs, and t represents the days 33 to 400 (inclusive, increments ).w has the value 2n/365. A. Write a function that takes Tpeak, tpeak, Tmean and t as inputs (4 inputs) and outputs the following 3 return values The temperature for for each day The minimum temperature for the year The day with the minimum temperature B. In 2008, Melbourne's temperature statistics were: Tpeak = 25.9°C, tpeak = 13 and Tmean = 19.8°C Use the function you wrote in part A to plot on a single figure the following: Temperature for every day of the year as a black continuous line Use fprintf() to print the minimum temperature and the day it occurred. Then use a red asterisk to mark it the plot C. In 2008, New York's temperature statistics were: Tpeak = 24.8°C, tpeak = 185 and Tmean = 12.6°C Use the function you wrote in part A to plot on the previous figure: Temperature for every day of the year as a black dashed line Use fprintf() to print the minimum temperature and the day it occurred. Then use a blue asterisk to mar
C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter3: Assignment, Formatting, And Interactive Input
Section: Chapter Questions
Problem 6PP: (Heat transfer) The formula developed in Exercise 5 can be used to determine the cooling time, t,...
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Transcribed Image Text:The average daily temperature for an area can be approximated using the following equation:
T = Tmean + (Tpeak – Tmean) cos (@(t – tpeak)
%3D
where Tmean is the mean temperature over a year, Tpeak is the highest daily mean temperature, w is the frequency of annual
variation, tpeak is the day that the peak temperature occurs, and t represents the days 33 to 400 (inclusive, increments of
1). w has the value 2n/365.
A. Write a function that takes Tpeak, tpeak, Tmean and t as inputs (4 inputs) and outputs the following 3 return values:
The temperature for for each day
The minimum temperature for the year
The day with the minimum temperature
B. In 2008, Melbourne's temperature statistics were: Tpeak = 25.9°C, tpeak = 13 and Tmean = 19.8°C
Use the function you wrote in part A to plot on a single figure the following:
Temperature for every day of the year as a black continuous line
Use fprintf() to print the minimum temperature and the day it occurred. Then use a red asterisk to mark it on
the plot
C. In 2008, New York's temperature statistics were: Tpeak = 24.8°C, tpeak = 185 and Tmean = 12.6°C
Use the function you wrote in part A to plot on the previous figure:
Temperature for every day of the year as a black dashed line
Use fprintf() to print the minimum temperature and the day it occurred. Then use a blue asterisk to mark it
on the plot
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