General equilibrium in an economy requires simultaneous equilibrium in both the production and exchange aspects.
For production, the economy must operate on its Production Possibility Frontier (PPF). The slope of the PPF represents the Marginal Rate of Transformation ($MRT_{XY}$), which is the rate at which the economy can transform commodity X into commodity Y. In equilibrium, this rate equals the relative price of the commodities:
$ MRT_{XY} = \frac{P_X}{P_Y} $
For exchange, each individual consumer must be maximizing their utility given the market prices. This occurs when their Marginal Rate of Substitution ($MRS_{XY}$) equals the price ratio. In a two-person economy (A and B), this means:
Therefore, for exchange equilibrium, it must be that $ MRS_{XY}^A = MRS_{XY}^B = \frac{P_X}{P_Y} $.
General equilibrium combines production and exchange equilibrium. It requires that the rate of transformation in production must equal the rate of substitution in consumption for all individuals. Thus, the condition is:
$ MRT_{XY} = MRS_{XY}^A = MRS_{XY}^B $
This single condition ensures that resources are allocated efficiently in production and that commodities are distributed efficiently among consumers, leading to overall economic equilibrium.
What is the pH of a solution prepared by dissolving $0.0025$ moles of $HNO_3$ in $250\,mL$ of water?
Which species acts as acid like behaviour in the following reaction?
\(HPO_4^{2-}+NH_4^{1+}\rightarrow H_2PO_4^{1-}+NH_3\)
Aqueous solution of CH 3COONa is:
pH of a neutral solution is ___________.
For the reaction N 2(g) + 3H 2(g) \(\rightleftharpoons\) 2NH 3(g) ΔH = -ve :