In geometric populations, R and ? represent growth constants ( see intrinsic rate of increase ( r ) is the relevant growth constant.
2.
In geometric populations, R and ? represent growth constants ( see intrinsic rate of increase ( r ) is the relevant growth constant.
3.
Or if f represents the exponential growth constant over an infinitesimal time period then the effective interest rate would be \ prod \ exp { x \ f ( x ) }.
4.
Euler's number, also known as the exponential growth constant, appears in many areas of mathematics, and one possible definition of it is the value of the following expression:
5.
Particularly, there exist one solution of the form u ( t, x ) = u ( x-vt ), where v constants, depending only on the coefficient of diffusion and growth constant k.