Profit = Total marginal control cost- Total cost of pollution=B-C....., x= units of pollution, y= unit of control
First order condition or FOC= B'-C'=0 or B'=C' and second order
condition or SOC= B''
C''
B= 12 for 1 unit, 24 for 2unit, 39 for 3rd unit, 60 for 4 unit, 93 for 5 unit.
FOC is equal at x= 4, 8, 13. B'= 12 for y=1, B'=15 for y=2, B'=21 for y=3.The SOC is satisfied for x= 8, y=2 where B''=C''=3
So, optimal solution= y=2 and B= 24, MC=24, x=8.... so, socially optimal level of control=2 and socially optimal level of pollution=0.
social marginal cost= private marginal cost + tax rate
or s=p+t
or s= 24*8= 192, here p= unknown
so, optimal tax = 192-p.

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Possible Solutions
Total Cost of eliminating 2 units of
pollution
The options for the first fill in the blank (Firm X) are: $295,
$120, $215, $320.
The options for the second fill in the blank (Firm Y) are:
$1250, $800, $1850, $1500
The options for the third fill in the blank (Firm Z) are: $180,
$250, $230, $100
The options for the forth fill in the blank are: $1490, $2420,
$1625, $1645
Firm X
Firm Y
Firm Z
Initial pollution...
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Consider total cost and total revenue, given in the following
table:
In the final column, enter profit for each quantity.
(Note: If the firm suffers a loss, enter a
negative number in the appropriate cell.)
Quantity
Total Cost
Marginal Cost
Total Revenue
Marginal Revenue
Profit
(Dollars)
(Dollars)
(Dollars)
(Dollars)
(Dollars)
0
6
0
1
8
7
2
10
14
3
13
21
4
17
28
5
24
35
6
32
42
7
42
49
In order to maximize profit, how...