Mathematics: The population of a type of local dragonfly can be found using an infinite geometric series where a1= 65 and the common ratio is 1/6. find the sum of this infinite series tht will be the upper limit of this population.

The population of a type of local dragonfly can be

Ответ:

leianagaming

17.01.2022

Mathematics

Sum of infinite series of a GS is a1 / (1-r)

so here it is 65 / (1 - 1/6) = 65 / 5/6 = 65*6 / 5 = 78 answer

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Ответ:

Joshua10687

06.11.2020

Mathematics

For those who are looking for the answer, i just did the test, and got this question right. The answer is the second option: an = 10(1/2)n − 2; average rate of change is negative thirty five thirds. Hope this helps you all, and good luck.

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The population of a type of local dragonfly can be found using an infinite geometric series where a1= 65 and the common ratio is 1/6. find the sum of this infinite series tht will be the upper limit of this population.

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