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the Hermitian condition: 2x A) 2x B) -2i0 C)

the Hermitian condition: 2x A) 2x B) -2i0 C)

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The condition for an operator Q to be Hermitian is given in the associated slide where integration limits are all space. For a particle moving on the circumference of a circle, the wave function is emo where m values are 0, 1, 2, 3, .. and tha limits of o are 0 to 2rt. Also given that the operator for locating the particle on the circumference is then to multiply the wave function by o. Which of the following equation is consistent with the Hermitian condition: A) 2x B) dゆ= C)
Transcribed Image Text:The condition for an operator Q to be Hermitian is given in the associated slide where integration limits are all space. For a particle moving on the circumference of a circle, the wave function is emo where m values are 0, 1, 2, 3, .. and tha limits of o are 0 to 2rt. Also given that the operator for locating the particle on the circumference is then to multiply the wave function by o. Which of the following equation is consistent with the Hermitian condition: A) 2x B) dゆ= C)
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