Pareto Optimality Flashcards
A Pareto Optimal allocation = where there is no way to ______ or ______ so that someone is made better off without _______
rearrange production; reallocate goods; making anyone else worse off
To find pareto optimal allocation, must solve ______
social planner’s problem
Social planner decides ______ for HH and firm.
c, N and Y
Assumption about social planner
benevolent - searches for best possible allocation that is pareto optimal
no prices, closed economy and static
Social Planner's Problem max u(c, l) s.t. \_\_\_\_\_\_\_\_\_\_\_ AKA \_\_\_\_\_\_\_
c + G = zF(K bar, h - l); resource constraint
Methods to solve social planner’s problem are
1) _____
2) _____
impose constraint
lagrangian
In impose constraint method, the choice variable(s) is _____ and objective function is ______
l; u(zF(K bar, h - l) - G, l)
z = f(x, y) dz/dt = \_\_\_\_\_\_\_
(dz/dx)(dx/dt) + (dz/dy)(dy/dt)
max u[zF(K bar, h - l), l]
FOC is
-u_czF_N + u_l = 0
du/dl = (du/dc)(dc/dN)(dN/dl) + (du/dl)(dl/dl) = 0
max u[zF(K bar, h - l), l]
MRS =
zF_N = MPN
Pareto Optimal solution is MRS = MPN. This is same as _______ in Lecture 1. This is an example of _______ theorem.
competitive equilibrium; first welfare
Graphically, social planner’s solution is ________ between ___________
tangency; IC and PPF
First Fundamental Welfare Theorem is _______
under certain conditions, CE is PO