How much pollution will each firm be able to release if we use the equiproportionate method of reductions (i.e. reduction split evenly)?

Firm 1: [ Select ] ["8", "5", "10", "3", "6"]

Firm 2: [ Select ] ["5", "9", "4", "3", "8"]

Firm 3: [ Select ] ["7", "4", "2", "10", "5"]

Whatis the total cost of emission reductions for each firm if we use the equiproportionatereduction method (i.e. reduction split evenly)?

Firm 1: [ Select ] ["15", "60", "140", "75", "180", "50"]

Firm 2: [ Select ] ["30", "42", "21", "56", "90", "6", "25"]

Firm 3: [ Select ] ["54", "1", "17", "21", "42", "6", "15"]

How much pollution will each firm be able to release if we use theequimarginal reduction method (i.e. marginal cost across firms is equalized)?

Firm 1: [ Select ] ["9", "8", "6", "5", "4"]

Firm 2: [ Select ] ["5", "10", "2", "8", "3", "6"]

Firm 3: [ Select ] ["5", "4", "7", "2", "9"]

Whatis the total cost of emission reductions for each firm if we use theequimarginal reduction method (i.e. marginal cost across firms is equalized)?

Firm 1: [ Select ] ["50", "15", "12", "75", "105", "14", "5"]

Firm 2: [ Select ] ["56", "72", "30", "42", "6"]

Firm 3: [ Select ] ["42", "41", "54", "11", "17", "3", "36"]

Marginal Abatement Costs ($/ton) Emissions (tons/week) Firm 1 Firm 2 Firm 3 10 0 0 0 9 5 2 1 8 10 4 2 7 15 6 3 6 5 20 20 8 5 25 25 10 6 st 4 30 12 12 7 3 35 14 8 2 40 40 46 16 10 1 45 18 12 0 0 50 20 20 13