Consider the series below: infinity

Determine convergence or divergence for the following series. State the tests used and justify your answers.Sum (infinity, n=1)
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2. asked by Jade
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Use the comparison or limit comparison test to decide if the following series converge.Series from n=1 to infinity of (4-sin n)
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2. asked by Lauren
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The first two terms of geometry series are x + 4 and x²- 16For which values of x will the series converge Calculate the sum to
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How do I find the radius of convergence of a series where n=1 to infinity of (14^(n)x^(n)n!)?I have tried using the ratio test
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2. asked by Win
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Which of the following statements is true for the series the summation from k=1 to infinity of the sin(k)/k^2? (10 points)A) The
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2. asked by Mia
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Consider the infinite geometric series below.a. Write the first 4 terms of the series b. Does the series diverge or converge? c.
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2. asked by lexxy
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Consider the infinite geometric seriesn=1 infinity symbol -4(2/3)^n-1 a. Write the first four terms of the series. b. Does the
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test.My thoughts : So for this one, I immediately thought of applying the test for divergence(which states if the limit of the
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2. asked by Ashley
3. 418 views
Consider the infinite geometric series infinity sigma n=1 -4(1/3)^n-1. In this, the lower limit of the summation notion is
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Consider the infinite geometric seriesinfinity E -4(1/3)^n-1 n=1 In this image the lower limit of the summation notion is
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2. asked by grace
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