static and dynamic efficiency Flashcards
perfect competition assumptions
- homogenous product
- freely mobile resources
- large number of buyers and sellers
- perfect information
- well defined property rights
static efficiency
time is not important
occurs when net benefits from the use of a resource are maximized
demand curve shifting
change in demand
caused by anything other than price
shift along demand curve
change in quantity demanded
caused by change in price
supply curve shifting
change in supply
shift along supply curve
change in quantity supplied
condition for DE
present value of marginal net benefits from the last unit consumes in each time period are equal
net benefits = 0 at point of efficiency
Pareto optimal
an allocation such that no rearrangement of the allocation would benefit some people without hurting at least one other person
compounding formula
FV = PV(1+r)^n r = interest rates n = number of period
formula for a series
PV = P0 + P1(1/1+r)^1 + P2(1/1+r)^2….
discount rate
indicates you value present consumption more relative to future consumption
higher the DR, the more you value present consumption
lower the DR, the less you value present consumption
difference between static and dynamic efficiency
in DE, marginal net benefits do not equal zero
quantity is less than the efficient amount equation
PV(MNB0)=PV(WTP-MOC)
marginal user cost
when resources are scarce, greater current use diminishes future opportunities
P - MEC
(MEC = MOC)
scarcity rent
not actually paid but is a cost
part of producer surplus