The formula for finding the rate of natural increase is as follows: (Crude birth rate - Crude Death Rate) / 10. The result is the rate of natural increase in percentage form. For example, Paraguay's crude birth rate (28.47) - the crude death rate (4.49) is 23.98; divide that by 10 and the result is 2.39%, Paraguay's rate of natural increase.
Natural resources means things like coal, oil, sunlight, water, heat etc.They have to do with the earth because they are found on, or in, the earth.Up till now we have been using coal and oil, natural resources, for generating electricity (we burn them in power stations).Oil is a non-renewable resource, that means when we have pumped it all up, it's finished.Sunlight is a renewable resource. If we use sunlight today, there's still plenty more tomorrow. If we can harness the sun's energy to generate electricity we will have a much cleaner earth.increase at the same rate as the human population
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The heart wouldn't beat at a constant rate.
The dynamics of earths resources to support human life is in inverse relationship to the dynamics of population growth.This law applies to the natural,social & economic laws to maintain a level of equilibrium at all times in short or long operational scale.However other factors like stability of population growth in year 2300 ,resource development,environment,life expectancy,sex ratio,fertility rate,illiteracy,dependency threshold age,government policies,social beliefs,natural calamities etc are in direct or inverse relationship with the dynamics of the level of peak population and resource utility.Global Resource development is a minuscule in the dynamics of resource development and utility- there is both decline of one resource with its depletion but growth in alternative resource & sustainable development.The planet earth can support fifty times the estimated peak population at 10.6 billion in the 21 st Century if only global 0.2% resource is development and utilized.This however will still remain only as statistical long range futuristic estimate if other laws that operate in tandem with the dynamics of peak population and global resources is not taken in account.The United Nations makes estimates of the world population in the 2002 revision report to 8.92 billion by 2050 but the alternatives can be as high as 10.6 billion or as low as 7.4 billion to 9.22 in 2075.It has been estimates that 57 million a year on average is the growth of world population between 1950-200 and the average annual growth rate over the half century will be 0.77 % while by 2045-2050 it will be 0.33%.The dynamics of equilibrium between development of resources by technological applications and the population by life expectancy,fertility rate,sex ratio,median age group of the dependency threshold ages and the productive ages are the attributes to the dynamics in both long range and short range estimates & changes.Other attributes like regional differentiation in resources itself will permit some areas to support human life, while in other area it may fail .Regions with resources but not utilized will not support life.Nature strives to maintain equilibrium by its natural laws and therefore it is very difficult to predict when the equilibrium is set off or when Nature will find its own equilibrium.
When a resource is used at a lower rate than it can be replenished, we can say that the resource is sustainable. This means that its consumption does not exceed its natural regeneration rate, allowing it to be available for future use. Sustainable management ensures that the resource remains viable over the long term without depleting it.
The resource will run out.
Depletion rate refers to the rate at which a resource is being used up or depleted. It is commonly used in the context of natural resources such as oil, gas, minerals, and forests to measure how quickly these resources are being consumed or exhausted. Tracking depletion rates is important for sustainable resource management and planning for the future.
It is critical to consume the resource in a sustainable manner to ensure its availability for future generations. Responsible management practices, monitoring of usage levels, and implementing conservation strategies are important to maintain the resource's renewable status. Additionally, understanding its natural replenishment rate and respecting ecosystems it supports are key considerations when consuming a renewable resource.
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Yes , wood can be classified as an exhaustible material Radhika,
Wind energy is an example of a natural resource that can be replaced at the same rate it is consumed. Wind is constantly produced by the sun's heating of the Earth's atmosphere, making it a renewable and sustainable source of energy.
wind; solar
A nominal discount rate doesn't take into consideration inflation and other factors. Conversely, a real discount rate would already have inflation included in the rate. The nominal rate is the amount of discount that is state, whereas, the real discount is the actual amount that will be received.
Discount Rate = Cap Rate - Genaral Inflation. If Cap ex % is known then the above formula becomes' Discount Rate = Cap Rate - Genaral Inflation - Cap Ex %.
No, the Internal Rate of Return (IRR) is not the same as the discount rate. The IRR is a metric used to evaluate the profitability of an investment, while the discount rate is the rate used to discount future cash flows to their present value.
No, minerals are not an inexhaustible resource. While they are naturally occurring, the rate at which we extract and use them can outpace their natural replenishment. Sustainable management practices are essential to avoid depleting mineral resources.