7,13,19,25

Determine the recursive and explicit formulas that describe this sequence.

The recursive function that describes this sequence is f (1) = 7, f (n) = f (n - 1), n ≥ 2.

The explicit function that describes this situation is f (n) = n, and f (10) =

Question

Brooke Hoover

Mathematics

24 March, 03:22

7,13,19,25

Determine the recursive and explicit formulas that describe this sequence.

The recursive function that describes this sequence is f (1) = 7, f (n) = f (n - 1), n ≥ 2.

The explicit function that describes this situation is f (n) = n, and f (10) =

+5

Answers (1)

Know the Answer?

Brian · Answer 1

Given:

f (1) = 7

f (n) = f (n-1) for n>=2.

Since f (n) = f (n-1), so for all values of n >=2, f (n) = f (n-1) = f (n-2) ... f (2) = f (1) = 7

So the explicit formula is

f (n) = 7

and f (10) = 7

7,13,19,25Determine the recursive and explicit formulas that describe this sequence.The recursive function that describes this sequence is f (1) = 7, f (n) = f (n - 1), n ≥ 2.The explicit function that describes this situation is f (n) = n, and f (10) =

7,13,19,25

Determine the recursive and explicit formulas that describe this sequence.

The recursive function that describes this sequence is f (1) = 7, f (n) = f (n - 1), n ≥ 2.

The explicit function that describes this situation is f (n) = n, and f (10) =