A quantum system described by a Hamiltonian H is in the state ~√ √ √/2192) - √/2/192) + √/153 :Φ1) |) = N (1+2i) |03) + where lon) are the eigenstates of energy such that Ĥ|øn} energy, and N € R. = √5161). nEolon), Eo has units of (a) Find a suitable scalar N such that |) is normalized. (b) Let the energy of y) be measured. Give all possible measurement results and their corresponding probabilities. Assume that the measurement is ideal, i.e., no measurement errors occur.
A quantum system described by a Hamiltonian H is in the state ~√ √ √/2192) - √/2/192) + √/153 :Φ1) |) = N (1+2i) |03) + where lon) are the eigenstates of energy such that Ĥ|øn} energy, and N € R. = √5161). nEolon), Eo has units of (a) Find a suitable scalar N such that |) is normalized. (b) Let the energy of y) be measured. Give all possible measurement results and their corresponding probabilities. Assume that the measurement is ideal, i.e., no measurement errors occur.
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