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| Growth of X || g_X = \dot{X}/X = \frac{\frac{\partial X}{\partial ... :\frac{\Delta Y}Y = \frac{c \Delta K}Y = \frac{c (sY - \delta K)} ... ...

| Growth of X || g_X = \dot{X}/X = \frac{\frac{\partial X}{\partial t}}{X} || \text{Time}^{-1} || || || |- | Population growth || n = \dot L / ... ...

\frac{dK}{dt} = aK^\alpha where \alpha > 1. This has an asymptote ... \frac{d(K(t))}{dt} = (K(t - 1))^2 This says that the rate of growth ... ...