Arc Trigonometry
Derivatives and Integrals of Arc Trig
Derivatives of arc trig:
2.1 Find the equation of the tangent line to
at ![]()
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So the point ![]()
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2.2 Given
find y`
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2.3 Given
find y`
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2.4 Given
find y`
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Integrals of arc trig:
Note: We don’t need the integrals for cosine or cotangent because the negative can be brought to the front of the integral and the result will be a negative arcsin or arctan.
2.5 Find ![]()
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2.6 Find ![]()
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2.7 Find ![]()
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2.8 Find
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2.9 Find ![]()
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2.10 Find
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2.11 Find ![]()
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