The equation of Verhulst-Pearl logistic growth is $\frac{\mathrm{dN}}{\mathrm{dt}}=\mathrm{rN}\left[\frac{\mathrm{K}-\mathrm{N}}{\mathrm{K}}\right]$.
From this equation, $\mathrm{K}$ indicates:
The equation of Verhulst-Pearl logistic growth is $\frac{\mathrm{dN}}{\mathrm{dt}}=\mathrm{rN}\left[\frac{\mathrm{K}-\mathrm{N}}{\mathrm{K}}\right]$.
From this equation, $\mathrm{K}$ indicates:
- [NEET 2024]
- A
Biotic potential
- B
Carrying capacity
- C
Population density
- D
Intrinsic rate of natural increase
Similar Questions
Which of the following contributes an increase in population density?
Which of the following contributes an increase in population density?
The logistic population growth is expressed by the equation
The logistic population growth is expressed by the equation
- [AIPMT 2011]
Two opposite forces operate in the growth and development of every population. One of them related to the ability to reproduce at a given rate. The force opposite to it is called
Two opposite forces operate in the growth and development of every population. One of them related to the ability to reproduce at a given rate. The force opposite to it is called
- [AIPMT 1998]
Certain characteristic demographic features of developing countries are
Certain characteristic demographic features of developing countries are
The birth and death rates of four countries are given below. Which one will have the least population growth rate?
$Country$
$Birth\, rate$ $/1000$
$Death$ $/1000$
$M$
$15$
$5$
$N$
$25$
$10$
$O$
$35$
$18$
$P$
$48$
$41$
The birth and death rates of four countries are given below. Which one will have the least population growth rate?
| $Country$ | $Birth\, rate$ $/1000$ | $Death$ $/1000$ |
| $M$ | $15$ | $5$ |
| $N$ | $25$ | $10$ |
| $O$ | $35$ | $18$ |
| $P$ | $48$ | $41$ |