when f(1)=
![f(x)=\frac{10}{3}[\frac{6}{5}]^{x-1}](/tpl/images/0320/7622/2435f.png)
![f(x)=4[\frac{6}{5}]^x](/tpl/images/0320/7622/c82c3.png)
such that![f(1)=4[\frac{6}{5}]^1=\frac{24}{5}\neq\frac{10}{3}](/tpl/images/0320/7622/980e3.png)
![f(1)=\frac{10}{3}[\frac{6}{5}]^{1-1}=\frac{10}{3}](/tpl/images/0320/7622/e48e8.png)
![f(2)=\frac{10}{3}[\frac{6}{5}]^{2-1}=4](/tpl/images/0320/7622/0024d.png)
![f(3)=\frac{10}{3}[\frac{6}{5}]^{3-1}=\frac{24}{5}](/tpl/images/0320/7622/7fe60.png)
![f(4)=\frac{10}{3}[\frac{6}{5}]^{4-1}=\frac{144}{25}](/tpl/images/0320/7622/91333.png)
which statements are true regarding the sequence below? check all that apply.
, , , ,
...
Mathematics, 15.10.2019 04:30 alicc0529
which statements are true regarding the sequence below? check all that apply.
, , , ,
a. it can be represented using the formula when .
b. it can be represented using the formula .
c. it can be represented using the formula
d. the domain of the sequence is all real numbers.
e. the range of the sequence is all natural numbers.
Answers: 1
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