Propagation Problems and Impulse Problems in Dynamic Economics

a₁t activity needed Åkerman annual capital production assume business cycle carry-on-activity changing harmonic characteristic equation component computations consider curve Damping exponent damping factor depreciation coefficients determinate dynamic system duction dynamic laws economic cycle analysis economic system encaisse désirée equation in 24 erratic shocks evolution explain exponential expressed fact FIGURES ON SCALE fixed capital fluctuations force function given GUSTAV CASSEL idea impulse problem increase of consumption influence initial conditions inserted introduce linear operations macro-dynamic analysis magnitudes number of variables numerical ordinate y(t Oslo parameters peak in consumption pendulum period phases and amplitudes primary cycle production of capital production of consumer PRODUCTION STARTING propagation problem RAGNAR FRISCH rate of increase receptacle roots SCALE INDICATE AMPLITUDES secondary cycle solution stationary stock of capital structural coefficients swinging system taken tertiary cycle theory total capital stock valve velocity Walrasian Y₁ yearly production εα λε