An Euler equation is a difference or differential equation that is an intertemporal first-order condition for a dynamic choice problem. It describes the evolution of economic variables along an optimal path. It is a necessary but not sufficient condition for a candidate optimal path, and so is useful for partially characterizing the theoretical implications of a range of models for dynamic behaviour. In models with uncertainty, expectational Euler equations are conditions on moments, and thus directly provide a basis for testing models and estimating model parameters using observed dynamic behaviour.
Calculus of variations Continuous-time models Differential equations Discrete-time models Dynamic programming Euler equations Expectations Generalized method of moments Lagrange multipliers Liquidity constraints Optimal control Precautionary saving Ramsey model Shadow pricing Uncertainty
This is a preview of subscription content, log in to check access