In the Previous Problem, the Solution of the Eigenvalue Problem $\lambda = z _ { n } ^ { 2 } / 4$

question 34

Multiple Choice

In the previous problem, the solution of the eigenvalue problem is

• A) \(\lambda = z _ { n } ^ { 2 } / 4\) , where \(J _ { 0 } \left( z _ { n } \right) = 0 ; R = J _ { 0 } \left( z _ { n } r / 2 \right)\)
• B) \(\lambda = z _ { n } ^ { 2 }\) , where \(J _ { 0 } \left( z _ { n } \right) = 0 ; R = J _ { 0 } \left( z _ { n } r \right)\)
• C) \(\lambda = n \pi / 9 , Z = \cos ( n \pi z / 3 )\)
• D) \(\lambda = n ^ { 2 } \pi ^ { 2 } / 9 , Z = \cos ( n \pi z / 3 )\)
• E) \(\lambda = n ^ { 2 } \pi ^ { 2 } / 9 , Z = \sin ( n \pi z / 3 )\)

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