Mathematics, 06.03.2020 22:26 anayabeatriz
A scientist has a sample of bacteria that initially contains 10 million microbes. He observes the sample
and finds that the number of bacterial microbes doubles every 20 minutes. Write an exponential equation
that represents M, the total number of bacterial microbes in millions, as a function of t, the number of minutes the sample has been observed. Then, determine how much time, to the nearest minute, will pass
until there are 67 million bacterial microbes.
Enter your answers in the boxes. Enter only your answers.
M(t) = ?
minutes=?
Answers: 1
Mathematics, 21.06.2019 14:30
What is the value of x? enter your answer in the box. (cm)
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Mathematics, 21.06.2019 15:30
On the first of each month, shelly runs a 5k race. she keeps track of her times to track her progress. her time in minutes is recorded in the table: jan 40.55 july 35.38 feb 41.51 aug 37.48 mar 42.01 sept 40.87 apr 38.76 oct 48.32 may 36.32 nov 41.59 june 34.28 dec 42.71 determine the difference between the mean of the data, including the outlier and excluding the outlier. round to the hundredths place. 39.98 39.22 0.76 1.21
Answers: 1
Mathematics, 21.06.2019 16:20
Find the value of x for which abcd must be a parallelogram -9-6x x-30
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A scientist has a sample of bacteria that initially contains 10 million microbes. He observes the sa...
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