Show that if r1 and r2 are roots of the indicial equation
Chapter 8, Problem 43E(choose chapter or problem)
Show that if \(r_{1} \text { and } r_{2}\) are roots of the indicial equation (16), with \(r_{1}\) the larger root \(\left(\operatorname{Re} r_{1} \geq \operatorname{Re} r_{2}\right)\), then the coefficient of \(a_{1}\) in equation (19) is not zero when \(r=r_{1}\)
Equation Transcription:
Text Transcription:
r1 and r2
r1
(Re r1 \geq Re r2)
a1
r=r1
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