Actually, there will be 40960 bacteria after 4 hours.
if i did my math right it should be 480 bacteria there will be 480 not that number im a trained math teacher .du.
i think 40960 is wrong because don't forget that bacteria only live for minutes
Use a calculator! Hope that helps :)
The number of bacteria in the sixth generation of a bacterial population depends on the initial number of bacteria, as each generation doubles the population. If the initial number is 1 bacterium, the sixth generation would have 32 bacteria (2^6).
The time it takes for bacteria to grow can vary depending on the type of bacteria, environmental conditions (such as temperature and nutrients), and the presence of other bacteria. In optimal conditions, bacteria can replicate every 20 minutes, leading to exponential growth.
The population will experience exponential growth as the bacteria reproduce rapidly in the resource-rich environment. This is known as the exponential phase of growth, where the number of bacteria doubles in a relatively short period of time due to abundant resources available for growth and reproduction.
2.5 hours is 150 minutes. So it will have doubled 15 times. 2^15 = 32768 bacteria after 2.5 hours.
2,097,152
The circumference also doubles.
Number of bacterial cells is doubles .
Bacterial growth is called exponential because it follows a pattern where the population doubles at a constant rate over a period of time. Each new generation of bacteria doubles in number, leading to a rapid increase in population size. This results in a curve that shows exponential growth when plotted over time.
After 4 hours, as the bacterium doubles every 30 minutes, resulting in 8 divisions within this time frame. Starting with 1 bacterium, this will lead to 28 = 256 bacteria after 4 hours.
Doubling time refers to the period it takes for a quantity to double in size or value. For example, if a population of bacteria grows exponentially and doubles every 3 hours, then after 3 hours, there will be twice as many bacteria as there were at the start. This concept is commonly used in fields like ecology, finance, and demography to illustrate growth rates.
it can help you by couting by 2s