You will create a C++ program that will compute the number of sulfur trucks needed per day and the annual (365 days) carbon footprint of the sulfur and other trucking based on the production level of Lithium Carbonate (tonnes) per year. First, compute the number of sulfur and then other trucks per day, which will require unit conversions (Hint: you will need to round up to the nearest integer for the number of trucks). Use an average of 1.8 kg CO2 for the sulfur and additional trucking per mile, and an average of 0.05 kg CO2 for the electric fuel cell trucks. Calculate the total carbon footprint for this truck transportation per year based on how many trucks are diesel versus electric, which the user enters. Then, calculate the carbon footprint for the year and output the kg of CO2 produced from the sulfur trucks. Lastly, determine the level of community impact based on the number of sulfur and other trucks per day due to the mining. Output a message about the community impact on the aunt, rancher friend, and EMT daughter based on truck impact from the mining company.The surrounding communities will feel the impact of the mine more than anyone. Your great aunt lives near Orovada, Nevada. She has asthma and does not like truck traffic. She will complain when the level of truck traffic reaches 4/day. Her friend is a rancher who needs water for her livestock and will have the continuous reminder of her reduced water supply whenever she sees a truck. She will run for local government when the level of truck traffic reaches 8/day. Her daughter is an EMT and responds to traffic accidents and other emergencies. She will notice the increased workload once the truck traffic reaches 12/day.