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Part A: Colby's experiment follows the model:Part B: Jaquan's experiment follows the model:

Part A: Colby's experiment follows the model:Part B: Jaquan's experiment follows the-example-1
Part A: Colby's experiment follows the model:Part B: Jaquan's experiment follows the-example-1
Part A: Colby's experiment follows the model:Part B: Jaquan's experiment follows the-example-2
Part A: Colby's experiment follows the model:Part B: Jaquan's experiment follows the-example-3
User Nathaniel Jones
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1 Answer

22 votes
22 votes

Answer:

C

D

The population of bacteria after x days that are growing with a constant factor goes by:


P(x)=ab^(nx)

Where:

a = initial population

b = growth factor

n = number of periods in a day

a.) Colby's experiment:

a = 50

b = 2

Since they are doubling every 2 hours:

n = 24/2 = 12

Therefore, Colby's experiment follows:


y=50\cdot2^(12x)

b.) Jaquan's experinment:

a = 80

b = 2

Since they double every 3 hours:

n = 24/3 = 8

Therefore, Jaquan's experiment follows the model:


y=80\cdot2^(8x)

User Moory Pc
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