Exponential Growth Biology Definition
Exponential growth is a phenomenon in which a quantity increases at a rate proportional to its current value. This means that the rate of growth is constantly increasing, and the quantity can grow very quickly. Exponential growth is often seen in biological systems, such as populations of bacteria or other organisms. It can also be seen in other systems, such as the growth of money in a savings account.
One example of exponential growth is the growth of a population of bacteria. If a population of bacteria doubles every hour, then it will grow very quickly. After one hour, there will be twice as many bacteria as there were at the beginning. After two hours, there will be four times as many bacteria, and so on. This rapid growth can be a problem, as it can quickly lead to a population explosion.
Exponential growth can also be seen in other systems, such as the growth of money in a savings account. If you put $100 in a savings account with a 10% interest rate, then after one year, you will have $110. After two years, you will have $121, and so on. This steady growth can be a great way to save for the future.
Exponential growth is a powerful phenomenon that can have a big impact on both natural and human systems. It is important to understand the principles of exponential growth so that we can use it to our advantage and avoid its potential dangers.
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