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Use Integration by Parts to find 2x tan-¹(x) dx. df O r² (tan(x)) — 2(tan-'(x)) +C O r² (tan-¹) + (tan-¹(x² + 1)) — 2-C O r² (tan-¹(x)) — 2(tan-(x)) -C O None of these. ² (tan-¹(x)) + (tan-¹(x)) - x + C

Use Integration by Parts to find 2x tan-¹(x) dx. df O r² (tan(x)) — 2(tan-'(x)) +C O r² (tan-¹) + (tan-¹(x² + 1)) — 2-C O r² (tan-¹(x)) — 2(tan-(x)) -C O None of these. ² (tan-¹(x)) + (tan-¹(x)) - x + C

Calculus For The Life Sciences
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter4: Calculating The Derivative
Section4.5: Derivatives Of Logarithmic Functions
Problem 51E
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Use Integration by Parts to find [22 2x tan-¹(x) dx. O r² (tan¹(x)) = x(tan−¹(x)) + C O x² (tan-¹2) + (tan¯'(x² + 1)) − x +C O r² (tan-¹(x)) — 2(tan-¹(x)) - C None of these. O ² (tan-¹(x)) + (tan¯¹(x)) = x + C
Transcribed Image Text:Use Integration by Parts to find [22 2x tan-¹(x) dx. O r² (tan¹(x)) = x(tan−¹(x)) + C O x² (tan-¹2) + (tan¯'(x² + 1)) − x +C O r² (tan-¹(x)) — 2(tan-¹(x)) - C None of these. O ² (tan-¹(x)) + (tan¯¹(x)) = x + C
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