Problem 4. The Hermitian conjugate At of a linear operator can be defined by (A6) = (Atvo) Use this definition, along with the definition of the inner product of two functions, (v|6) = [ v*(x)6(x) dx (where the weight function w(x) is taken to be 1), to show that i) ii) (A B) = B¹A¹ 2² მ2 = 8² əx²

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Problem 4. The Hermitian conjugate At of a linear operator can be defined by
(v|Ao) = (Atvo)
Use this definition, along with the definition of the inner product of two functions,
(v|6) = [ 4*(x)0(x) dx
(where the weight function w(x) is taken to be 1), to show that
i)
ii)
(A B)t = Bt At
2²
0x2) *
8²
მე2
Transcribed Image Text:Problem 4. The Hermitian conjugate At of a linear operator can be defined by (v|Ao) = (Atvo) Use this definition, along with the definition of the inner product of two functions, (v|6) = [ 4*(x)0(x) dx (where the weight function w(x) is taken to be 1), to show that i) ii) (A B)t = Bt At 2² 0x2) * 8² მე2
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