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Unformatted text preview: 0: J ( x ) = s n =0 (1) n n !(1 + + n ) p x 2 P 2 n + . Prove that J +1 ( x ) = J 1 ( x )2 J ( x ) . 4. ind the Frst three nonzero terms in a series expansion about x = 0 of 2 linearly independent solutions to: 3 xy + (2x ) y y = 0 , x > . * Instructor: Patrick De Leenheer....
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This note was uploaded on 09/12/2011 for the course MAP 4305 taught by Professor Deleenheer during the Summer '06 term at University of Florida.
 Summer '06
 DeLeenheer

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