Suppose the expression a(b)n models the approximate number of people who visited an aquarium each day since an aquarium opened, where a is the initial number of people who visited, b is the rate of increase in the number of people who visited each day, and n is the number of days since the aquarium opened.

If the expression below models the number of visitors to a particular aquarium, what is the correct interpretation of the second factor?

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clineaileyb clineaileyb · Answer 1 · 2021-05-12T19:18:49+02:00

Answer: I worked it out and got D but I'm not 100% sure.

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varshamittal029 varshamittal029 · Answer 2 · 2022-06-25T09:53:07+02:00

The correct option is option B: There were 6.27 times as many people who visited the aquarium on the 7th as on the first day.

The function which involves an exponent with a base so that the base is rises exponent times is called exponential function.

for example is f(x)=bˣ where b is base and x is exponent

Here it is given that

the following exponential equation:

y = A(b)ⁿ

where the following variables is defined as :

A: the initial number of customers applied

b: the rate of increase of the number of people applied every month

n: the number of months from the bank opened

Substituting values in the above exponential expression we have:

y = 64(1.3)⁷

y = 64*6.27

Therefore There were 6.27 times as many people who visited the aquarium on the 7th as on the first day.

Learn more about exponential function

here: https://brainly.com/question/1269112

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