SOLUTION: What is the solution to the infinite geometric series... the lower limit is = to 1. The upper limit is the infinite symbol. 0.8(0.2)^(n-1).
Algebra.Com
Question 458353: What is the solution to the infinite geometric series... the lower limit is = to 1. The upper limit is the infinite symbol. 0.8(0.2)^(n-1).
Found 2 solutions by robertb, Edwin McCravy:
Answer by robertb(5830) (Show Source): You can put this solution on YOUR website!
and r = 0.2
==> .
Answer by Edwin McCravy(20060) (Show Source): You can put this solution on YOUR website!
What is the solution to the infinite geometric series... the lower limit is = to 1. The upper limit is the infinite symbol. 0.8(0.2)^(n-1).
Substitute
and
Edwin
RELATED QUESTIONS
What is the solution to the infinite geometric series... the lower limit is = to 1. The... (answered by robertb)
I can't remember how to solve the infinite series.
1. What is the solution to the... (answered by stanbon)
Consider the infinite geometric series (linked below). In this image, the lower limit of... (answered by rothauserc,solver91311)
Determine whether the infinite geometric series has a limit, if a limit exists, find it.
(answered by ewatrrr)
What is the sum of this infinite geometric series... (answered by ikleyn)
Determine whether the infinite geometric series converges. If the series converges,... (answered by Edwin McCravy)
Hello! I’m really stumped on this. The question says to consider the infinite geometric (answered by math_helper)
The sum of the infinite geometric series -3+ 1 -1/3 +1/9 +...is?
Thanks! (answered by MathLover1)
What is the sum of the infinite geometric series with a1 = 27 and r =... (answered by longjonsilver)