2.) Suppose a population of 160 crickets doubles in size every month. The function f (x) = 1602^x

2,684,354,560 crickets

640 crickets

7.680 crickets

655,360 crickets

3.) Suppose an investment of $2,300 doubles in value every decade. The function f (x) = 2,3002^x gives the value of the investment after x decades. How much is the investment worth after 2 decades?

$2,355,200

$92,000

$46,000

$9,200

Question

Mathematics

Gavyn Ellison

9 July, 10:03

2.) Suppose a population of 160 crickets doubles in size every month. The function f (x) = 1602^x

2,684,354,560 crickets

640 crickets

7.680 crickets

655,360 crickets

3.) Suppose an investment of $2,300 doubles in value every decade. The function f (x) = 2,3002^x gives the value of the investment after x decades. How much is the investment worth after 2 decades?

$2,355,200

$92,000

$46,000

$9,200

+3

Answers (1)

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River · Answer 1

So base on the said question and further research about the said question, the answer would be the following and I do hope that you are satisfied with my answer and feel free to ask for more.

#2 2,684,354,560 crickets

#3 $9,200

I hope you are satisfied with my answer and feel free to ask for more