0
Nt = Future Population
N0 = Starting population
r = growth rate
t= number of years.
Note: e is a constant equal to 2.71828
MANY missing variables.. like disease, pestilence.. war..
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When was exponential growth and decay invented?
They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.
Where is 90 percent of the earth's population?
developing countries
Formula to find out the Earth's surface area?
The Earth is close enough to a sphere, so you can use the formula for a sphere: 4 x pi x r2. "r" is the radius; if you find the diameter of Earth somewhere, divide it by 2 to get the radius.The Earth is close enough to a sphere, so you can use the formula for a sphere: 4 x pi x r2. "r" is the radius; if you find the diameter of Earth somewhere, divide it by 2 to get the radius.The Earth is close enough to a sphere, so you can use the formula for a sphere: 4 x pi x r2. "r" is the radius; if you find the diameter of Earth somewhere, divide it by 2 to get the radius.The Earth is close enough to a sphere, so you can use the formula for a sphere: 4 x pi x r2. "r" is the radius; if you find the diameter of Earth somewhere, divide it by 2 to get the radius.
What is the percentage of girls in Canada?
The question is ambiguous.Do you mean:what percentage of all girls on earth are in Canada, orwhat percentage of Canada's population is girls?The question is ambiguous.Do you mean:what percentage of all girls on earth are in Canada, orwhat percentage of Canada's population is girls?The question is ambiguous.Do you mean:what percentage of all girls on earth are in Canada, orwhat percentage of Canada's population is girls?The question is ambiguous.Do you mean:what percentage of all girls on earth are in Canada, orwhat percentage of Canada's population is girls?
What is the formula for calculating the mass of the Earth?
if g=9.8m/s, G=6.7*10-11Nm2kg-2,calculate the mass of earth, if the radius of the earth is approximately 64m
Describe exponential growth and explain what is needed in order for this type of growth to continue?
Any time the RATE of increase is greater than one. For example : if a population were to double (note that 2 is greater than 1) each generation then it is referred to as exponential growth. Note also that there are now 7 billion people on Earth - exponential growth. What is "needed" for this kind of growth is an unlimited environment, since it does not exist in the real universe, exponential growth ALWAYS crashes.
Why is exponential growth unlikely to happen for a very long time?
Exponential growth is unlikely to continue for a very long time because resources are finite and eventually become scarce. As a population or system grows exponentially, it reaches a point where it surpasses the capacity of the environment to support it, leading to a collapse or a transition to a more sustainable level of growth. Additionally, external factors such as competition, disease, or environmental changes can also inhibit sustained exponential growth over time.
When does the exponential growth of a population?
When the food source is depleted, a new predator is introduced, or balance is attained. The earth tends to find balance for the most part. As far as an "intelligent" species such as humans goes, probably never. or When the organisms compete
When was exponential growth and decay invented?
They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.They were not invented because they predated the first human beings. They existed at least millions of years before there was anyone to "invent" them.All novae produce radioactive elements and these decay exponentially. So exponential decay predates the formation of the solar system.I am not sure, but stellar fusion may be exponential. But, in any case, there are life forms on earth, like bacteria, that exhibit exponential growth. These bacteria, and therefore exponential growth, predate human beings by a few million years.
What would be a good title for a science project on earth?
Population growth and species survival.
When does exponential growth of a population occur?
When the food source is depleted, a new predator is introduced, or balance is attained. The earth tends to find balance for the most part. As far as an "intelligent" species such as humans goes, probably never. or When the organisms compete
Why cant the human population keep growing exponentially forever?
The Earth's resources are finite, and continual exponential growth in population would eventually exceed the planet's ability to sustain everyone. This could lead to increased competition for resources, environmental degradation, and pressure on infrastructure and social systems. A stable population size is important for ensuring a sustainable future for both humans and the planet.
At which rate of population growth is the coal supply on Earth expected to be used up the soonest?
The rate of population growth does not directly impact the rate at which coal supply is used up on Earth. Factors like technological advancements, energy policy, and the shift to renewable energy sources are more influential on coal consumption rates.
Why death rate is a factor that affecting the population growth?
The death rate is a factor that affects population growth because it determines the rate at which individuals are leaving the population. A high death rate would result in a decrease in population growth, while a low death rate would lead to an increase in population growth. It is an important factor to consider in understanding population dynamics and demographic trends.
Can earth cope with any more people?
Earth's current population growth is straining its resources and contributing to environmental issues. Sustainable practices, efficient resource management, and population control measures are essential to ensure Earth can cope with more people in the future. Balancing population growth with the planet's carrying capacity is crucial for long-term sustainability.
The human population on Earth is currently growing?
Yes, the human population on Earth is currently growing at a rapid pace. This growth is mainly due to factors such as increased life expectancy, improved healthcare, and higher birth rates in some parts of the world. It is important to address the challenges associated with this population growth, such as resource depletion and environmental impact.
Why is it difficult to predict the growth of earth's human population?
The world is always changing. Technological advances help us live longer, but disasters such as earthquakes and hurricanes can lower our population. Humans are all over Earth, so it's hard to accurately predict our population.
