![]() The concept of the use of contraceptive to control the population was also possible due to calculation of exponential growth. ‘e’ is the universal constant which indicates how fast the growth is and you can also include the time factor to assess that how much growth is increased in a certain time period. The exponential e is used while modeling the continuous growth of different species especially bacteria and radioactive decay. ![]() The estimation of the reproduction cycle of endangered species is also calculated using the concept of exponential growth. The estimation of growth and use of resources is commonly predicted utilizing the concept of exponential growth. Importance of Exponential GrowthĪccurate calculation of exponential growth is crucial to measure the pattern of reproduction. The example indicate the first 53 generations were latency period which lead to the actual explosion that normally takes 4 to 4 generations. Due to the exponential rate of increase, at any point in the chain reaction 99% of the energy will have been released in the last 4.6 generations. ![]() Uranium cell undergoes fission and produce multiple neutrons as a result which are then absorbed by adjacent uranium atoms causing them to fission over and over again. Nuclear chain reaction which the main concept of operation if unclear reactor is also an excellent example of exponential growth. These electrons are also accelerated and create a cycle of growth indicating that physic also follow the rule of exponential growth. In physics, a free electron become accelerated by applying an external field and it frees up additional electrons. The concept of exponential growth is not only related to the field of biology. Thanks to exponential growth, in 6 years he was the proud owner of almost 6 million rabbits. There is an interesting story related to exponential growth that involves an English farmer who migrated to Australia and brought 24 rabbits with him.
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