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In a linear superposition, what is the relationship between expectation value of, say, energy and the amplitude coefficients of the eigenfunctions?
The expectation value in a linear superposition is determined by the relationship between the amplitude coefficients of the eigenfunctions and the observable in question. To calculate the expectation value of an observable, one must express the superposition in terms of the eigenfunctions corresponding to that observable. The expectation value is then computed as a weighted average of the eigenvalues, where the weights are the squared magnitudes of the coefficients in the superposition.
PREREQUISITESStudents and professionals in physics, particularly those focusing on quantum mechanics, as well as educators teaching concepts related to linear superposition and expectation values.