Question: To solve this problem, you will use data, graphs, and tables to analyze the emissions of three firms. Each firm is currently emitting 10 parts

 To solve this problem, you will use data, graphs, and tablesto analyze the emissions of three firms. Each firm is currently emitting

To solve this problem, you will use data, graphs, and tables to analyze the emissions of three firms. Each firm is currently emitting 10 parts per million (ppm) per week, so total emissions are 30 ppm per week. Suppose we wish to reduce total emissions by 50%, to 15 ppm per week. Analyze the given data and make a recommendation: Step 1. Enter the given data and create charts in a spreadsheet tool such as Microsoft Excel. Step 2. Use the data to generate totals for ppm/cost using the equiproportionate reduction formula to decrease emissions. a) Atomic Air total $/ppm b) Boomer total $/ppm c) CASADE total $/ppm Step 3. Calculate a decrease using the eauimarginal principle and satisfy the eauimargioal rule to reduce total emissions by 50%, to 15 ppm per week. a) Atomic Air total $/ppm b) Boomer total S/ppm c) CASADE total $/ppm Step 4. Compare the data on each firm's equiproportionate reduction to the decrease of the equimarginal principle, including the marginal abatement costs in aggregate Step 5. Write recommendations for policy makers with details on each firm Ctr) Emissions (ppm/week) Total PPM/Costs 9 Marginal Abatement Costs: AtomAir ($/ppm) 12 16 24 28 36 46 12 20 28 36 Casade (S/ppm) 6 10 To solve this problem, you will use data, graphs, and tables to analyze the emissions of three firms. Each firm is currently emitting 10 parts per million (ppm) per week, so total emissions are 30 ppm per week. Suppose we wish to reduce total emissions by 50%, to 15 ppm per week. Analyze the given data and make a recommendation: Step 1. Enter the given data and create charts in a spreadsheet tool such as Microsoft Excel. Step 2. Use the data to generate totals for ppm/cost using the equiproportionate reduction formula to decrease emissions. a) Atomic Air total $/ppm b) Boomer total $/ppm c) CASADE total $/ppm Step 3. Calculate a decrease using the eauimarginal principle and satisfy the eauimargioal rule to reduce total emissions by 50%, to 15 ppm per week. a) Atomic Air total $/ppm b) Boomer total S/ppm c) CASADE total $/ppm Step 4. Compare the data on each firm's equiproportionate reduction to the decrease of the equimarginal principle, including the marginal abatement costs in aggregate Step 5. Write recommendations for policy makers with details on each firm Ctr) Emissions (ppm/week) Total PPM/Costs 9 Marginal Abatement Costs: AtomAir ($/ppm) 12 16 24 28 36 46 12 20 28 36 Casade (S/ppm) 6 10

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