A colony of bacteria in a petri dish doubles in size every 24 hours. Assuming the...

Transcribed Image Text:

A colony of bacteria in a petri dish doubles in size every 24 hours. Assuming the colony started with 8 individuals, determine how many bacteria there would be after 1 day, and how many there would be in two days: Days 0 Number of bacteria 8 y = 1 Using the data in your chart from the previous question, what is the exponential model that best fits the data set? Write it in the form that Excel provides, rounding numbers in the equation to three decimal places. e^ 2 Now write your equation for the bacteria growth in standard Q form, again rounding numbers to three decimal places: Q = (1+ )t (hint: make sure you enter the value for r, not the value for 1+r) A colony of bacteria in a petri dish doubles in size every 24 hours. Assuming the colony started with 8 individuals, determine how many bacteria there would be after 1 day, and how many there would be in two days: Days 0 Number of bacteria 8 y = 1 Using the data in your chart from the previous question, what is the exponential model that best fits the data set? Write it in the form that Excel provides, rounding numbers in the equation to three decimal places. e^ 2 Now write your equation for the bacteria growth in standard Q form, again rounding numbers to three decimal places: Q = (1+ )t (hint: make sure you enter the value for r, not the value for 1+r)

Answer rating: 100% (QA)

1 Given A colony of bacteria in a petri dish doubl... View the full answer