Question

explain the meaning of the two key facts about exponential growth given at the end of this unit. then create your own example of exponential growth and describe the influence and impact of repeated doubling. select the correct choices that complete the sentence below. exponential growth leads to doublings. with each turn, the amount of increase doubles to its previous value. so, the total will be the of each of these turns. exponential growth continue indefinitely. it requires only a small number of doublings to reach number. as an example, consider the chain reaction in a nuclear fission reactor. it requires 1 neutron to cause a chain reaction. a chain reaction produces 2 new neutrons which in turn causes 2 new fission reactions. if not controlled, this lead to catastrophe. this turn a fission reactor into a nuclear bomb.

Explanation:

Exponential growth involves repeated doublings where the increase at each step doubles compared to the previous one. The total is the sum of these changes. It can't continue forever and a few doublings can lead to a large number. In a nuclear fission example, uncontrolled growth can cause catastrophe and turn a reactor into a bomb.

Answer:

Exponential growth leads to repeated doublings. With each turn, the amount of increase always doubles to its previous value. So, the total will be the sum of each of these turns.
Exponential growth cannot continue indefinitely. It requires only a small number of doublings to reach a large number.
As an example, consider the chain - reaction in a nuclear fission reactor. It requires 1 neutron to cause a chain - reaction. A chain - reaction produces 2 new neutrons which in turn causes 2 new fission reactions. If not controlled, this can lead to catastrophe. This could turn a fission reactor into a nuclear bomb.