Please don't provide answer in image format thank you There are two factories in a small town. Both of them emit carbon dioxide into the air. Their current monthly emissions, as well as their total costs forreducing emissions in 20-ton increments, are listed in the tables below.Current emissions (tons/month)Total cost of reducing emissions by 20 tons/monthTotal cost of reducing emissions by 40 tons/monthTotal cost of reducing emissions by 60 tons/monthTotal cost of reducing emissions by 80 tons/monthTotal cost of reducing emissions by 100 tons/monthFactory 1Current emissions (tons/month)Total cost of reducing emissions by 20 tons/monthTotal cost of reducing emissions by 40 tons/monthTotal cost of reducing emissions by 60 tons/monthTotal cost of reducing emissions by 80 tons/monthTotal cost of reducing emissions by 100 tons/monthFactory 2120$50$150$270$410$570160$20$60$110$200$300 Assume that the existing technology does not allow for reductions in emissions beyond 100 tons/month. That is, the most each factorycan reduce its emissions is 100 tons/month. Also assume that if a factory owner is indifferent between reducing pollution or payingtaxes, the factory owner will choose to reduce pollution.With those assumptions in mind, suppose the government has a goal of reducing total monthly emissions by 160 tons. To achieve thisgoal, the government has decided to impose a tax on pollution. That is, for every 20-ton emission, a factory will have to pay someamount of money. To achieve (but not exceed) the desired reduction in emissions, the tax will have to be set equal to or above $per 20 tons/month.but below $

The costs of eliminating undesirable byproducts produced during production are known as abatement…

Assume that the existing technology does not allow for reductions in emissions beyond 100 tons/month. That is, the most each factory can reduce its emissions is 100 tons/month. Also assume that if a factory owner is indifferent between reducing pollution or paying taxes, the factory owner will choose to reduce pollution. With those assumptions in mind, suppose the government has a goal of reducing total monthly emissions by 160 tons. To achieve this goal, the government has decided to impose a tax on pollution. That is, for every 20-ton emission, a factory will have to pay some amount of money. To achieve (but not exceed) the desired reduction in emissions, the tax will have to be set equal to or above $ per 20 tons/month. but below $

Assume that the existing technology does not allow for reductions in emissions beyond 100 tons/month. That is, the most each factory can reduce its emissions is 100 tons/month. Also assume that if a factory owner is indifferent between reducing pollution or paying taxes, the factory owner will choose to reduce pollution. With those assumptions in mind, suppose the government has a goal of reducing total monthly emissions by 160 tons. To achieve this goal, the government has decided to impose a tax on pollution. That is, for every 20-ton emission, a factory will have to pay some amount of money. To achieve (but not exceed) the desired reduction in emissions, the tax will have to be set equal to or above $ per 20 tons/month. but below $

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Question

Please don't provide answer in image format thank you

There are two factories in a small town. Both of them emit carbon dioxide into the air. Their current monthly emissions, as well as their total costs for
reducing emissions in 20-ton increments, are listed in the tables below.
Current emissions (tons/month)
Total cost of reducing emissions by 20 tons/month
Total cost of reducing emissions by 40 tons/month
Total cost of reducing emissions by 60 tons/month
Total cost of reducing emissions by 80 tons/month
Total cost of reducing emissions by 100 tons/month
Factory 1
Current emissions (tons/month)
Total cost of reducing emissions by 20 tons/month
Total cost of reducing emissions by 40 tons/month
Total cost of reducing emissions by 60 tons/month
Total cost of reducing emissions by 80 tons/month
Total cost of reducing emissions by 100 tons/month
Factory 2
120
$50
$150
$270
$410
$570
160
$20
$60
$110
$200
$300

Assume that the existing technology does not allow for reductions in emissions beyond 100 tons/month. That is, the most each factory
can reduce its emissions is 100 tons/month. Also assume that if a factory owner is indifferent between reducing pollution or paying
taxes, the factory owner will choose to reduce pollution.
With those assumptions in mind, suppose the government has a goal of reducing total monthly emissions by 160 tons. To achieve this
goal, the government has decided to impose a tax on pollution. That is, for every 20-ton emission, a factory will have to pay some
amount of money. To achieve (but not exceed) the desired reduction in emissions, the tax will have to be set equal to or above $
per 20 tons/month.
but below $

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