Tasks:

Proposal: Identify a problem that we face with the enormity of greenhouse emissions and its effect on global warming. You should identify a specificproblem thatcan be addressed in asmallapplication, working prototypeor a proof of concept. Write a proposal $($approximately one to two pages$)$ listing your group members and your selected problem.Include multiple $($two to four$)$ strategies for addressing the problem.Strategies can include solutions that are not possible yet.Propose one or more solutions for each strategy.Include the benefits and disadvantages of each solution. Indicate whichsolutionyourteamwillimplement andwhyit was selected.Foryoursolution,identify whatwillbe theinput$($s$)($forexample$,$files,ausertyping,etc.$)$ andwhatwillbetheoutput$($s$).$

Write based on the code below using Greenhouse gas emissions as the chosen solution

#This script helps users reduce their vehicle greenhouse gas emissions by recommending strategies.

#Inputs: Current vehicle emissions data $($in grams per kilometer$).$

#Outputs: Recommended strategies and potential emission savings.

def calculate$\_$emission$\_$savings$($current$\_$emissions, strategy$\_$factor$)$:

# Calculate potential emission savings based on current emissions and strategy factor.

# Parameters:

# current$\_$emissions $($float$)$: The current emissions in grams per kilometer.

# strategy$\_$factor $($float$)$: The reduction factor for the chosen strategy.

# Returns:

# float: Potential emission savings.

return current$\_$emissions $*$ strategy$\_$factor

def main$()$:

print$("$Welcome to the Greenhouse Gas Emission Reduction Tool"$)$

while True: # Loop to keep the program running

try:

# Get user input for current emissions

current$\_$emissions $=$ float$($input$("$Enter your vehicle's current emissions $($grams$/$km$)$: $"))$

# Available strategies and their reduction factors

strategies $=\{$

"Carpooling": $0\mathrm{.}20,$ # $20\%$ reduction

"Public Transport": $0\mathrm{.}30$ # $30\%$ reduction

$\}$

print$("$

Available Strategies:"$)$

for strategy in strategies:

print$($f$"-\{$strategy$\}")$

# Get user choice for strategy

choice $=$ input$("$Choose a strategy $($Carpooling$/$Public Transport$)$ or type 'exit' to quit: $").$strip$()$

if choice.lower$()==$ 'exit': # Exit the loop if user types 'exit'

print$("$Thank you for using the tool!"$)$

break

if choice in strategies:

# Calculate emission savings based on chosen strategy

savings $=$ calculate$\_$emission$\_$savings$($current$\_$emissions, strategies$[$choice$])$

print$($f$"$

By adopting $\{$choice$\},$ you can reduce your emissions by $\{$savings:$\mathrm{.}2$f$\}$ grams$/$km$.$

$")$

else:

print$("$Invalid choice. Please choose a valid strategy.

$")$

except ValueError:

print$("$Invalid input. Please enter a numeric value for emissions.

$")$

if $\_\_$name$\_\_=="\_\_$main$\_\_"$:

main$()$