2. You are using the avoided cost approach to analyze the costs of PM2.5 emissions from large lorries (i.e., trucks) in a neighborhood in Delhi. You comb the literature and find that a 3 microgram per cubic meter (g/m3) increase in particulate emissions on average increases asthma rates by 44 cases. Treating an asthma case costs about 9,000 Indian Rupees ($1.00 = INR 78). Average PM2.5 concentrations in the neighborhood are 220gmm3 during winter and the literature suggests that 1/3 of this concentration is due to lorries. You conduct a vehicle count in your target neighborhood and find that 6000 trucks on average pass through the neighborhood each day. The city government proposes a project to reroute trucks through less populated neighborhoods, reducing truck traffic by 50%. What is your estimate of the benefits of the policy in US dollars? 2. You are using the avoided cost approach to analyze the costs of PM2.5 emissions from large lorries (i.e., trucks) in a neighborhood in Delhi. You comb the literature and find that a 3 microgram per cubic meter (g/m3) increase in particulate emissions on average increases asthma rates by 44 cases. Treating an asthma case costs about 9,000 Indian Rupees ($1.00 = INR 78). Average PM2.5 concentrations in the neighborhood are 220gmm3 during winter and the literature suggests that 1/3 of this concentration is due to lorries. You conduct a vehicle count in your target neighborhood and find that 6000 trucks on average pass through the neighborhood each day. The city government proposes a project to reroute trucks through less populated neighborhoods, reducing truck traffic by 50%. What is your estimate of the benefits of the policy in US dollars