If there were b(0) bacteria at the start, there will be b(0)*2^t where after 10*t minutes.
I think the question means to say that the growth rate is (double every 2 minutes).doubling interval = 2 minutes1 hour = 60 minutes = (60 / 2) = 30 doubling intervalsStarting with 1 bacterium and reproducing asexually (do bacteria do this ? What do I know. I'm only an EE.) . . . . .If all survive, then the population after doubling 30 times = 230 = 1,073,741,824 bugs.
ggg
If B(t) represents the number of bacteria after t minutes, then B(t) = 200*2^(t/20).
it's the same formula that the one used to transform kilograms in kilometers
4 minutes is 1/15 of an hour. So 60/4 x 1 = 15 km/hr.
A bacteria splits in half after 20 minutes, so that after 20 minutes there are 2 bacteria, and after 40 minutes there are 4 bacteria. How many bacteria will there be after 2 hours?
If the bacteria double every 300 minutes, then in 600 minutes, which is two doubling periods, the population will double twice. Starting with 3000 bacteria, after the first 300 minutes, the population will be 6000, and after another 300 minutes, it will double again to 12,000. Therefore, the population of the bacteria after 600 minutes will be 12,000.
If the doubling time is 43 minutes, after 43 minutes the population will double in size to 2048 bacteria. So with an initial population of 1024 bacteria, after 43 minutes it will double to 2048.
The bacterium undergoes binary fission, where it duplicates its genetic material and divides into two daughter cells. This process repeats every 30 minutes, resulting in exponential growth. After 10 cycles (5 hours), one bacterium will have produced 1000 bacteria.
after boiling milk at 75 c for 15 minutes the bacteria or micro bacteria in are dead
The required formula is: 1 hour = 60 minutes.
If each bacterium reproduces every 20 minutes, the population will double in size during that time. Starting with 8 bacteria, after 20 minutes, the population would double to 16. After another 20 minutes (40 minutes total), it would double again to 32. Therefore, after 20 minutes, the population of 8 bacteria will have grown to approximately 16 bacteria.
45 minutes
Bacteria can multiply every 20 minutes under ideal conditions, but the rate varies depending on factors like temperature, nutrient availability, and the specific type of bacteria. Some bacteria can multiply in as little as 10 minutes, while others may take several hours to replicate.
2,097,152
I think the question means to say that the growth rate is (double every 2 minutes).doubling interval = 2 minutes1 hour = 60 minutes = (60 / 2) = 30 doubling intervalsStarting with 1 bacterium and reproducing asexually (do bacteria do this ? What do I know. I'm only an EE.) . . . . .If all survive, then the population after doubling 30 times = 230 = 1,073,741,824 bugs.
ggg