Derivative of arcsin

    • [DOC File]Calculus II

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      Find the derivative of: y = ln() y = y = y = y = y = y = y = arcsin 12x. y = arctan . Suppose that a cup of soup cooled from 99° to 74° after 10 minutes in a room where the temperature was set at 20°. Use Newton’s law of cooling to determine how much longer it will take the soup to cool to 35°

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    • [DOC File]Section 1

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      Hence taking the derivative of both sides of x = sin y with respect to x, we get: 1 = (cos y) ( = But ( y (, cos y > 0 and hence cos y = = . Therefore = ( x (. From the nature of the derivative of the arcsine function we can observe that integrals of the form , where a > 0 can be evaluated by substituting x = a sin t.

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    • [DOC File]ArcSin Approximations

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      Example 3: Determine the derivative of . Here we recognize that arcsin(u) = sin-1(u). We also use the trig identity sin2(x) + cos2(x) = 1. Depending on the value of x, this last expression will simplify to either 1 or –1. On the interval -π < x < π, the ratio is –1 when x < 0 and is 1 when x > 0. Example 4: Evaluate . ...

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    • Derivative Of arcsin x, Step-By-Step | Waterloo Standard

      The first derivative of ArcSin(X) is. at X=0. It is known that the slope of the linear function is and then . The first order Taylor polynomial is. The second order Taylor polynomial is obtained by adding a second order term to the first order polynomial.

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    • [DOC File]WordPress.com

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      Use implicit differentiation to find the derivative of arcsin(x) and arccos(x) and prove that (ln x)’ =1/x. Use logarithmic differentiation to differentiate products of functions, and functions of the form [f(x)]g(x) . Applications of the Derivative. Linear Approximation:

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