1. Notes Over 11.4 Infinite Geometric Sequences
The sum of an infinite geometric series is:
provided l r l < 1.
If l r l > 1, then the series has no sum.

2. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the sum of the infinite geometric series, if it has one.

3. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the sum of the infinite geometric series, if it has one.

4. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the sum of the infinite geometric series, if it has one.

5. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the sum of the infinite geometric series, if it has one.

6. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the common ratio of the infinite series with the given sum and first term.

7. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the common ratio of the infinite series with the given sum and first term.

8. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the common ratio of the infinite series with the given sum and first term.

9. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Find the common ratio of the infinite series with the given sum and first term.

10. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Write the repeating decimal as a fraction.

11. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Write the repeating decimal as a fraction.

12. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Write the repeating decimal as a fraction.

13. Infinite Geometric Sequences
Notes Over 11.4
Infinite Geometric Sequences
Write the repeating decimal as a fraction.

14. Notes Over 11.4