The doubling time is time it takes for a population to double in size/value. This time can be calculated by dividing the natural logarithm of 2 by the exponent of growth, or approximated by dividing 70 by the percentage growth rate[1] (more roughly but roundly, dividing 72; see the rule of 72 for...Using the discrete time solution for \(N(t)\), what is the equation for doubling time for a discrete-time population? How does this compare to the doubling time of a continuous-time population? Hint: Solve \(2N_0 = N_0 \lambda^t\) for \(t\). Discrete logistic population growth. We have spent a significant amount of time in class deriving the ...

Calculations with the doubling time: new value = initial value * 2 t / Tdouble where Tdouble = doubling time t = time elapsed since the initial value at time t = 0. The doubling time of a population of flies is 3 hours. By what factor does the population increase in 24 hours? in 1 week? The number of cells in a tumor doubles every 1.5 months.

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