Quiz-2 (Env.ec.-1032)

Let MAC = 40 – 2E. If the pollution level is 10 tons, find the marginal abatement cost at this point

• 30

• 20

• 225

• 15

• 5

Let MAC = 40 – 2E and MD = 2E. Find the total damage at the intersection point of MAC and MD

• 100

• 200

• 40

• 4

• 10

Tags

CCSS.8.EE.C.8C

Let MAC = 12 – 2E and MD =E (here E is emission, MAC is marginal abatement cost and MD is marginal damage). If the pollution level is 5 tons, find the net social gain at this point

• 4.5

• 3.5

• 2.5

• 5.5

• 1.5

Let MAC = 20 – 2E and MD =3E (here E is emission, MAC is marginal abatement cost and MD is marginal damage). Find the max value of net social gain.

• 80

• 90

• 100

• 120

• 20

Let MAC = 50 – 2E and MD = 3E. Find the total gain at the intersection point of marginal abatement costs and marginal damage function

• 787.5

• 878.5

• 585.7

• 875.7

• 575.8

Let MAC = 64 – 4E. Find the maximum value of emission.

• 16

• 64

• 4

• 8

• 2

Let MAC = 60 – 2E and MD = 2E. Find the total damage at the intersection point of marginal abatement costs and marginal damage function

• 225

• 60

• 2

• 4

• 30

Tags

CCSS.8.EE.C.8C

Let $MAC=16–2\cdot E$ . In which case the area of the TAC is maximum?

• if E=0

• if E=16

• İf E=2

• if E=8

• if E=1

Let $MAC=8–8\cdot E$ . In which case the area of the TAC is minimum?

• if E=0

• if E=16

• İf E=2

• if E=8

• if E=1

Let  $MAC_1=40-2\cdot E_1$   and  $MAC_2=40-E_2$  . Compute the aggregate (total) marginal abatement cost function.

•  $Ag.MAC=40-1.33\cdot E$   
  

•  $Ag.MAC=40-0.67\cdot E$  
  

•  $Ag.MAC=40-0.33\cdot E$  

•  $Ag.MAC=40-3\cdot E$  

•  $Ag.MAC=40-4.33E$  

Tags

CCSS.8.EE.C.8C