Quiz-3 (Env.ec.)

Assume that (P)_t=15-0.5Q_t, MC=4, r=0.1 and sume of quantity is 36. Calculate the optimal allocation of second period price.

• 6.1

• 1.6

• 1.1

• 4.6

• 16.66

Assume that (P)_t=15-0.5Q_t, MC=4, r=0.1 and sume of quantity is 36. Calculate the optimal allocation of first period quantity

• 18.19

• 19.18

• 18.98

• 19.88

• 88.19

Assume that (P)_t=150-1.5Q_t, MC=3.5Q_t, r=0.1 and sume of quantity is 40. Calculate the optimal allocation of first period price.

• 119.28

• 128.19

• 129.99

• 199.28

• 129.88

Assume that (P)_t=150-1.5Q_t, MC=3.5Q_t, r=0.1 and sume of quantity is 40. Calculate the optimal allocation of first period marginal cost.

• 71.68

• 68.71

• 17.68

• 68.17

• 76.18

Assume that (P)_t=75-5Q_t, MC=10+5Q_t, r=0.08 and sume of quantity is 10. Calculate the optimal allocation of first period price.

• 49.5

• 95.9

• 45.9

• 99.45

• 75.99

Assume that (P)_t=15-0.5Q_t, MC=4, r=0.1 and sume of quantity is 36. Calculate the optimal allocation of first period quantity and find PV of TB

• 190.1

• 119.1

• 109.1

• 99.11

• 17.99

Assume that (P)_t=30-3Q_t, MC=5+2Q_t, r=0.12 and sume of quantity is 6. Calculate the optimal allocation of first period quantity and find PV of NB

• 54

• 45

• 55

• 44

• 59

Assume that (P)_t=150-1.5Q_t, MC=3.5Q_t, r=0.1 and sume of quantity is 40. Calculate the optimal allocation of second period quantity and find FV of NB

• 1975

• 1795

• 1597

• 1957

• 1579

Assume that (P)_t=24-1.6Q_t, MC=8, r=0.15 and sume of quantity is 18. Calculate the optimal allocation of second period quantity and find FV of NB

• 79

• 99

• 77

• 97

• 27

Let WTP = 60 – 2Q and MC = 10+3Q. Find the maximum value of net social gain.

• 250

• 520

• 25

• 52

• 100