It achieves what used to be called "ZPG" - zero population growth. Births and deaths are essentially equal. The population sustains itself where it is, but does not grow or shrink.
Birth and immigration both add individuals to a population, increasing the population size. Similarly, deaths and emigration remove individuals, reducing the population. So growth would be equal to the sum of immigration and births, minus the sum of emigration and deaths.
Inductance and capacitance are never equal, since they have different units.It's like asking "What happens when temperature is equal to cost ?"It's possible for the inductive and capacitive reactances to be numerically equal,though. That only happens at one frequency, and when it does, your circuit isat resonance.
isorithm
Yes
As a population decreases the death rate is higher or equal to the birthrate.
It achieves what used to be called "ZPG" - zero population growth. Births and deaths are essentially equal. The population sustains itself where it is, but does not grow or shrink.
It doesn't change.
When the death toll and birth rate of people are equal around the world.
In demographics stationary population is when the death rate and birth rate are equal therefore the population is neither decreasing or increasing but it is stationary.
If birth and death rates are equal there'll be no growth. This then would be zero population growth (ZPG). Don't worry, it's coming, you'll just have to wait a century.
simple thing.. no of death is equal to 4 times larger than the no of birth....
Birth and immigration both add individuals to a population, increasing the population size. Similarly, deaths and emigration remove individuals, reducing the population. So growth would be equal to the sum of immigration and births, minus the sum of emigration and deaths.
When the death rate and the birth rate are equal. This basically means that the amount of people that are dying are being replaced by babies being born. But no extra babies are being born so there is no population growth.
Carrying capacity
There are different versions of this. One version of zero growth is when the population is at replacement levels. This is actually difficult to calculate exactly because of changing child mortality rates, changes in marriage and death rates, and so on. Another version is when the population dies off -- zero growth!
Carrying capacity