Consider a wavepacket defined by w(x)=[_ dkf (k)exp[i(kx)] K K Further, f(k)=0 for k|> and f (k)=a for |k|s. Then, the form of normalized 2 y (x) is
Consider a wavepacket defined by w(x)=[_ dkf (k)exp[i(kx)] K K Further, f(k)=0 for k|> and f (k)=a for |k|s. Then, the form of normalized 2 y (x) is
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![Consider a wavepacket defined by
w (x)= [_ dkf (k)exp[i(kr)]
K
K
Further, f (k)=0 for |k|> and f (k)=a for |k|s. Then, the form of normalized
2
2
y (x) is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd7296e21-a217-4917-aafa-418b071bedb8%2F999a05d1-6831-4bd9-99fd-7d0b7800e7cf%2Fkurd3oz_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a wavepacket defined by
w (x)= [_ dkf (k)exp[i(kr)]
K
K
Further, f (k)=0 for |k|> and f (k)=a for |k|s. Then, the form of normalized
2
2
y (x) is
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