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If B(t) represents the number of bacteria after t minutes, then B(t) = 200*2^(t/20).

Q: What if a population of 200 bacteria has the perfect conditions to double every 20 min. How many bacteria will there be after each amount of time?

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There is no way to determine the amount of perfect numbers there are. The number could be infinite, but this has yet to be proven. It has also yet to be proven if there are any odd perfect numbers.

300,000,000 or Three hundred million (roughly the population of the USA).

what kind of correlation would you expect to find between a city's annual and the size of its population

First of all, to know if a number is abundant, deficient, or perfect, you need to know all the factors of your given number. The factors of 28 are 1,2,4,7,14, and 28. Add your proper factors -or the factors except itself- and determine if the sum of the proper factors is below (deficient), above (abundant), or the exact same amount (perfect). In this case, if you add the proper factors, it equals exactly 28. Because it is exact, it is perfect! =)

Convert 1985 dollar amount to 2013 dollar amount

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yes it does you need a certain amount to get it perfect the growth needs the perfect amount

Pasteurisation does not kill all bacteria in the milk. Some bacteria are not killed in the heating process and will start to multiply again after pasteurisation. Cooling after pasteurisation is needed in order to limit the amount of bacterial growth that occurs. Bacteria reproduce very slowly in cold conditions, but very quickly in hot conditions. Cooling is the only preservative that is used after pasteurisation.

linear growth is the equal growth in a equal time period without any aspects such as food to change it. Exponential growth is the growth of the population based on the culmulative things in the environment affecting the population of the area

Over 16,000,000 daughter cells can be produced from one cell of bacteria in one day. In scientific notation, that reads as 2 to the 24th power.

to know the amount of bacteria present

If it is a perfect vacuum, any amount of it will have zero pressure.If it is a perfect vacuum, any amount of it will have zero pressure.If it is a perfect vacuum, any amount of it will have zero pressure.If it is a perfect vacuum, any amount of it will have zero pressure.

the aerobic bacteria showed him the amount of oxygen produced since aerobic requires oxygen. the more bacteria produced, the more oxygen there had to have been, which means photosynthesis occurred the fastest where there was the greatest amount of bacteria.

It increases the chance that some members of the population will survive under changing environmental conditions.

the amount of bacteria on Earth would have to be at least over 100.

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