Which statement about divergent infinite geometric series is true? A) The graph of a divergent infinite geometric series curves toward infinity. B) The graph of a divergent infinite geometric series curves toward its sum. C) All infinite geometric series have divergent graphs. D) A divergent infinite geometric series will have a common ratio of 0.50.
Which statement about divergent infinite geometric series is true? A) The graph of a divergent infinite geometric series curves toward infinity. B) The graph of a divergent infinite geometric series curves toward its sum. C) All infinite geometric series have divergent graphs. D) A divergent infinite geometric series will have a common ratio of 0.50.
Chapter9: Sequences, Probability And Counting Theory
Section9.4: Series And Their Notations
Problem 54SE: Write 0.65 as an infinite geometric series using summation notation. Then use the formula for...
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Which statement about divergent infinite geometric series is true?
A) The graph of a divergent infinite geometric series curves toward infinity.
B) The graph of a divergent infinite geometric series curves toward its sum.
C) All infinite geometric series have divergent graphs.
D) A divergent infinite geometric series will have a common ratio of 0.50.
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