Draw and explain a logistic curve for a population of density (N) at time (t ) whose intrinsic rate of natural increase is (r) and carrying capacity is (k).

Draw and explain a logistic curve for a population of density (N) at the (t) whose intrinsic rate of natural increase is (r ) and carrying capacity is (K)

If the birth rate is 100, the death rate is 10 and the number of individuals in a population group is 1000, then what will be the intrinsic rate of natural increase of the population ?

If a population growing exponentiatIy, doubles in size in 3 years, what is the intrinsic rate of increase (r) of the population?

The intrinsic rate of natural increase for Indian human population according to the 2011 census was

In a population per capita birth rate is 0.15 and per capita death rate is 0.08 during a unit time period. What is the value of r (intrinsic rate of natural increases) for the given population ?

A logistic growth curve depicting a population that is limited by a definite carrying capacity is shaped like the letter

In a population of 2,500 whose intrinsic rate of natural increase (r) is 0.2 per capita per year is exhibiting exponential growth. If the number of individuals at a given moment is 2,000 what will the population size after one year?

Tangent of an angle increases four times as the angle itself. At what rate the sine of the angle increases w.r.t. the angle?

Study the schematic representation given above and answer the following questions : (a)Identify A in it. (b)Identify D in it. (c)When the population density at time t is N as shown above, write the population density at time t +1 in the form of an equation using appropriate symbols.

which of the following option is true for verhulst Pearl logistic growth? (A)population growth is decreased by the equation dN/dt = rN[K/(K-N)] . (B) r' represents biotic potential. (C) applicable to a population growing in habitat with limited resources. (D)K represents carrying capacity