Answer:
Option (3) and Option (5)
Step-by-step explanation:
Alice invested $13 in the first month.
Then she deposits $25 every month.
Therefore, sequence formed by the deposit will be an arithmetic sequence.
First term of the sequence will be,

Since, recursive formula formula of a sequence is given by the formula,

Where 'd' = common difference in each term of the sequence
Recursive formula for the sequence will be,

Since, explicit formula for the arithmetic sequence is represented by the formula,

where n = number of term
d = common difference
Therefore, nth term of the sequence formed will be represented by the explicit formula,


= 13 + 225
= 238

= 188

= 288
Therefore, Option (3) and Option (5) will be the answer.