L26 Representation of Functions as Power Series II

L26 Representation of Functions as Power Series II - 1. 4 x...

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Lecture 26: Representation of functions as Power Series(II) Use the power series 1 X n =0 x n = 1 1 ± x ; j x j < 1 to ±nd power series representations of the following functions: ex. f ( x ) = 1 (1 ± x ) 2 1
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ex. f ( x ) = x (1 ± 2 x ) 2 2
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ex. Evaluate the inde±nite integral as a power series. What is the radius and interval of convergence? Z ln(1 ± t ) t dt 3
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NYTI: Find the power series representation of the following functions:
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Unformatted text preview: 1. 4 x + 2 ; 2. x 4 + x 2 3. 1 1 + 9 x 2 4. x (1 x ) 3 5. (a)Evaluate f ( x ) = Z 1 1 + x 5 dx as a power series. (b) Use the integral to approximate Z : 2 1 1 + x 5 dx correct to 3 decimal places. 6. Find a power series representations for (a) arctan(2 x ) (b) ln(5 x ) 4...
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This note was uploaded on 12/02/2011 for the course MAC 2312 taught by Professor Bonner during the Fall '08 term at University of Florida.

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L26 Representation of Functions as Power Series II - 1. 4 x...

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