Population Growth

In the graph below, where $\mathrm{N}$ is population size and $\mathrm{t}$ is time, $\mathrm{M}$ represents

According to the logistic population growth model, the growth rate is independent of

What would be the growth rate pattern, when the resources are unlimited, whether it is logistic or exponential?

Carrying capacity of a population is determined by

Exponential growth can be expressed as

Biotic potential refers to

The number of death and birth in the last stage of sigmoid growth curve of a population will be

In the formula $\frac{\text{dn}}{\text{dt}}=\text{rN}\left(\frac{\text{K}-\text{N}}{\text{K)}}\right)$, $\left(\frac{\text{K}- \text{N}}{\text{K}}\right)$ stands for

The growth rate of a population stabilizes after