Please correct the code below $($after line $6.)$ so that it really does the following:

$1.$ Read Soil Humidity, Soil Temperature, Atomosphere Humidity and Atomosphere Temp values from the Plant$\_$Data.csv file.

$2.$ Calculate the minimum, maximum and average values for Soil and Atomosphere Temp as degrees Farenheit and the Soil and Atomosphere Humidity as a percentage.

$3.$ Plot how Soil Temperature $($x$-$axis$)$ is affected by Atomosphere Humidity $($y$-$axis$)$

$4.$ Repeat step $3$ for how Soil Temperature is affected by Atomosphere Temp

$5.$ Plot both in a single subplot with an appropriate title, x$-$axis and y$-$axis labels and a legend.

$6.$ Save it as Soil$\_$Air$\_$Plot.pdf

import csv

import pandas as pd

import numpy as np

from matplotlib import pyplot as plt

#Read Soil Humidity, Soil Temperature, Atomosphere Humidity, and Atmosphere Temp values from the Plant$\_$Data.csv file.

plant$\_$file $=$ pd$.$read$\_$csv$(\text{'}/$content$/$drive$/$MyDrive$/$Plant$\_$Data.csv$\text{'})$

#Extracting column values for plotting

atm$\_$temp $=$ plant$\_$file$[\text{'}$Atomosphere Temp $(\backslash$deg C$)\text{'}].$values

atm$\_$hum $=$ plant$\_$file$[\text{'}$Atomosphere Humidity $(\%)\text{'}].$values

soil$\_$temp $=$ plant$\_$file$[\text{'}$Soil Temperature $(\backslash$deg C$)\text{'}].$values

soil$\_$hum $=$ plant$\_$file$[\text{'}$Soil Humidity $(\%)\text{'}].$values

#Calculate the minimum, maximum, and average values for Soil and Atmosphere Temp as degrees Fahrenheit and the Soil and Atmosphere Humidity as a percentage.

def celsius$\_$to$\_$fahrenheit$($celsius$)$:

return $($celsius $*9/5)+32$

atm$\_$temp$\_$f $=$ celsius$\_$to$\_$fahrenheit$($atm$\_$temp$)$

soil$\_$temp$\_$f $=$ celsius$\_$to$\_$fahrenheit$($soil$\_$temp$)$

atm$\_$temp$\_$min $=$ min$($atm$\_$temp$\_$f$)$

atm$\_$temp$\_$max $=$ max$($atm$\_$temp$\_$f$)$

atm$\_$temp$\_$avg $=$ np$.$mean$($atm$\_$temp$\_$f$)$

soil$\_$temp$\_$min $=$ min$($soil$\_$temp$\_$f$)$

soil$\_$temp$\_$max $=$ max$($soil$\_$temp$\_$f$)$

soil$\_$temp$\_$avg $=$ np$.$mean$($soil$\_$temp$\_$f$)$

atm$\_$hum$\_$avg $=$ np$.$mean$($atm$\_$hum$)$

soil$\_$hum$\_$avg $=$ np$.$mean$($soil$\_$hum$)$

print$($f$\text{'}$Average ATM Temperature: $\{$atm$\_$temp$\_$avg:$\mathrm{.}2$f$\}\backslash$deg F$\text{'})$

print$($f$\text{'}$Average Soil Temperature: $\{$soil$\_$temp$\_$avg:$\mathrm{.}2$f$\}\backslash$deg F$\text{'})$

print$($f$\text{'}$Average ATM Humidity: $\{$atm$\_$hum$\_$avg:$\mathrm{.}2$f$\}\%\text{'})$

print$($f$\text{'}$Average Soil Humidity: $\{$soil$\_$hum$\_$avg:$\mathrm{.}2$f$\}\%\text{'})$

#Plot how Soil Temperature $($x$-$axis$)$ is affected by Atmosphere Humidity $($y$-$axis$)$

plt$.$figure$($figsize$=(12,6))$

plt$.$subplot$(1,2,1)$

plt$.$scatter$($atm$\_$hum, soil$\_$temp$\_$f$)$

plt$.$title$(\text{'}$Soil Temperature vs$.$ Atmosphere Humidity'$)$

plt$.$xlabel$(\text{'}$Atmosphere Humidity $(\%)\text{'})$

plt$.$ylabel$(\text{'}$Soil Temperature $(\backslash$deg F$)\text{'})$

#Plot how Soil Temperature is affected by Atmosphere Temp

plt$.$subplot$(1,2,2)$

plt$.$scatter$($atm$\_$temp$\_$f$,$ soil$\_$temp$\_$f$)$

plt$.$title$(\text{'}$Soil Temperature vs$.$ Atmosphere Temperature'$)$

plt$.$xlabel$(\text{'}$Atmosphere Temperature $(\backslash$deg F$)\text{'})$

plt$.$ylabel$(\text{'}$Soil Temperature $(\backslash$deg F$)\text{'})$

#Plot both in a single subplot with an appropriate title, x$-$axis, and y$-$axis labels and a legend.

plt$.$tight$\_$layout$()$

plt$.$legend$([\text{'}$Soil Temperature'$])$

#Save it as Soil$\_$Air$\_$Plot.pdf

plt$.$savefig$(\text{'}$Soil$\_$Air$\_$Plot.pdf$\text{'})$

plt$.$show$()$