Chapter 7: Q 19. (page 631)
In Example 1 we used the comparison test to show that the series converges. Use the limit comparison test to prove the same result.
Chapter 7: Q 19. (page 631)
In Example 1 we used the comparison test to show that the series converges. Use the limit comparison test to prove the same result.
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Explain how you could adapt the integral test to analyze a series in which the function is continuous, negative, and increasing.
Find the values of x for which the series converges.
Whenever a certain ball is dropped, it always rebounds to a height p% (0 < p < 100) of its original position. What is the total distance the ball travels before coming to rest when it is dropped from a height of h meters?
Given that and , find the value ofrole="math" localid="1648828282417" .
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