employment, we calculate an instantaneous consumption function c = c (a, μ, φ) from
(A5a), which possesses the same partial derivatives stated above in (Ala).
The equilibrium dynamics of the fixed employment model then equals:
_4 .
φ = (l + β + δ) φ — μ,
(A6a)
a = c (a, μ, φ) — δa,
(A6b)
μ = μ[β — f '(к)]
(A6c)
к = f (к) — c(a,μ, φ~).
(A6d)
Letting φ = à = μ = к = 0, the long-run equilibrium equals
U [(ι + δ)α, s (l)] + u [(l+ ,δra,s (l)] g,(l)
(l + δ)a
, _ _ч -`
= (β + δ)φ,
(A7a)
f ' (a) = β
(A7b)
f (a) = δa,
(A7c)
where c = δa and μ = (l + β + δ) φ. Linearizing (A6a)-(A6d) about the steady-state
equilibrium described by (A7a)-(A7c), we obtain the following matrix differential equation:
z = Jz =
29
More intriguing information
1. Change in firm population and spatial variations: The case of Turkey2. The name is absent
3. PER UNIT COSTS TO OWN AND OPERATE FARM MACHINERY
4. The name is absent
5. The name is absent
6. Regulation of the Electricity Industry in Bolivia: Its Impact on Access to the Poor, Prices and Quality
7. Initial Public Offerings and Venture Capital in Germany
8. Spatial patterns in intermunicipal Danish commuting
9. The name is absent
10. Portuguese Women in Science and Technology (S&T): Some Gender Features Behind MSc. and PhD. Achievement