A spin 1/2 system is known to be in an eigenstate of Sn (Sa+S₂)/√2 with eigenvalue +ħ/2. Find the probability that a measurement of S in this state, will yield the value +ħ/2. =
A spin 1/2 system is known to be in an eigenstate of Sn (Sa+S₂)/√2 with eigenvalue +ħ/2. Find the probability that a measurement of S in this state, will yield the value +ħ/2. =
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![A spin 1/2 system is known to be in an eigenstate of Sn = (Sx+S₂)/√2 with eigenvalue +ħ/2. Find the
probability that a measurement of S in this state, will yield the value +ħ/2.
X](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F18ff836d-3cc8-4a2b-b721-7f7a69fbe250%2F4c81faa2-af1b-4dde-bf7a-9e5e6f7ce78b%2Fq1h922_processed.png&w=3840&q=75)
Transcribed Image Text:A spin 1/2 system is known to be in an eigenstate of Sn = (Sx+S₂)/√2 with eigenvalue +ħ/2. Find the
probability that a measurement of S in this state, will yield the value +ħ/2.
X
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