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(b) If a micro-system is in a state [a), then we can expand [a) using the orthogonal- normalized eigenvectors of the operator F for the discrete and continuous system respectively la) = [0,\/dr i. show that c₁ = (ila) ii. show that cf = (fla) |a) =>|i), i=1

(b) If a micro-system is in a state [a), then we can expand [a) using the orthogonal- normalized eigenvectors of the operator F for the discrete and continuous system respectively la) = [0,\/dr i. show that c₁ = (ila) ii. show that cf = (fla) |a) =>|i), i=1

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(b) If a micro-system is in a state [a), then we can expand [a) using the orthogonal- normalized eigenvectors of the operator F for the discrete and continuous system respectively |a) = [c₁|f)}df i. show that c₂ = (ia) ii. show that cf = (fla) |a) = Σli), i=1
Transcribed Image Text:(b) If a micro-system is in a state [a), then we can expand [a) using the orthogonal- normalized eigenvectors of the operator F for the discrete and continuous system respectively |a) = [c₁|f)}df i. show that c₂ = (ia) ii. show that cf = (fla) |a) = Σli), i=1
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