Quantum Mechanics: a non-normalizable state

AI Thread Summary
The discussion centers on a particle's wave function, specifically a non-normalizable state represented by Ψ(x) = 1 + sin²(kx). Participants explore the implications of this wave function on measuring the particle's kinetic energy, questioning what possible values can be obtained and their associated probabilities. The conversation emphasizes the importance of understanding relevant formulas and approaches to solving the problem rather than simply providing answers. Additionally, there is a suggestion that the inquiry may be better suited for a dedicated physics forum. Overall, the focus remains on the complexities of quantum mechanics and the challenges posed by non-normalizable states.
jalobo
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At a given moment, the wave function of a particle is in a non-normalizable state \Psi(x) = 1 + sin²(kx). By measuring its kinetic energy, what values are possible and with what probability?.
 
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jalobo said:
At a given moment, the wave function of a particle is in a non-normalizable state \Psi(x) = 1 + sin²(kx). By measuring its kinetic energy, what values are possible and with what probability?.

The idea of Homework Help is to help, not do.

What have you done?
What formulas do you think apply?
How have you tried to solve it?

But that said I think your question is more appropriate for
https://www.physicsforums.com/forumdisplay.php?f=154
 
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