Show me the steps to solve in matlab PROBLEM STATEMENT: PART ONE

The following table shows maximum and minimum temperatures $($in degrees Fahrenheit$)$ in Clemson for each day of April $2024.$

$\backslash$table$[[$Date$,4/1,4/2,4/3,4/4,4/5,4/6,4/7],[$Max$,80,82,71,57,64,65,69],[$Min$,64,66,50,40,38,40,37],[$Date$,4/8,4/9,4/10,4/11,4/12,4/13,4/14],[$Max$,76,63,71,78,68,76,83],[$Min$,45,57,57,60,51,44,45],[$Date$,4/15,4/16,4/17,4/18,4/19,4/20,4/21],[$Max$,86,86,80,87,87,86,62],[$Min$,58,58,62,55,61,60,47],[$Date$,4/22,4/23,4/24,4/25,4/26,4/27,4/28],[$Max$,65,72,76,77,60,75,77],[$Min$,44,40,51,47,50,55,57],[$Date$,4/29,4/30,-,-,-,-,-],[$Max$,79,76,-,-,-,-,-],[$Min$,53,59,-,-,-,-,-]]$

Create tempmax to be a list of the $30$ daily maximum temperatures in order, tempmin to be a list of the $30$ daily minimum temperatures, and n to be a list of day values in April $($a list from $1$ to $30).$

$($a$)$ Let maxmax and minmin be the maximum and minimum temperatures for the month, and let maxmaxdate and minmindate the day value$($s$)$ where these maximums and minimums occur. Similarly, let maxspread and minspread be the maximum and minimum amount of temperature change on any single date in the month, and let maxpreaddate and minspreaddate be the day value$($s$)$ where these occur. Also, let maxspreadmonth be the total amount of temperature spread over the entire month. Use MATLAB to determine and print out all of these values, including the names of these variables. $($b$)$ Use MATLAB to print a list of the day values where the temperature dropped strictly

below $50$ degrees, and also use MATLAB to print a list of the day values where the

temperature rose strictly above $80$ degrees.

$($c$)$ Have MATLAB determine and print the average maximum daily temperature, the

average minimum daily temperature, and the average daily temperature spread. Also

have MATLAB estimate and print the average monthly temperature. Calculate this

by taking the average of the average maximum and average minimum daily temper$-$

atures.