Given the Bessel identity 14 (a" J,(ax)] = æ" J,_1(ax), v > 0, a > 0, So a°J3 (2a) dæ = a dx 2 a) None of these O b) 32J4 (4) – 16J5 (4) Oo 16J4 (4) – 8J5 (4) | Od) 64J4 (4) – 32J5 (4) O e) 64J3 (4)
Given the Bessel identity 14 (a" J,(ax)] = æ" J,_1(ax), v > 0, a > 0, So a°J3 (2a) dæ = a dx 2 a) None of these O b) 32J4 (4) – 16J5 (4) Oo 16J4 (4) – 8J5 (4) | Od) 64J4 (4) – 32J5 (4) O e) 64J3 (4)
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.6: The Matrix Of A Linear Transformation
Problem 29EQ
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