Consider a system with Hamiltonian operator H that is in a state k with energy Ek, where Ĥ WK = Ex 4K and k is the quantum number. The function K is normalized, and it is also an eigenfunction of an operator Q with eigenvalue Wk: = Wk YK Which one of the following statements is incorrect? <ô> = Wk O a. %3D <ã> = w% - It is not possible to measure the observable property Q with zero uncertainty. d. = 0 <> = 民 %3D
Consider a system with Hamiltonian operator H that is in a state k with energy Ek, where Ĥ WK = Ex 4K and k is the quantum number. The function K is normalized, and it is also an eigenfunction of an operator Q with eigenvalue Wk: = Wk YK Which one of the following statements is incorrect? <ô> = Wk O a. %3D <ã> = w% - It is not possible to measure the observable property Q with zero uncertainty. d. = 0 <> = 民 %3D
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![Consider a system with Hamiltonian operator H that is in a state k with energy Ek, where
Ek 4K
and k is the quantum number. The function Wk is normalized, and it is also an eigenfunction of an operator Q with eigenvalue Wk:
= Wk YK
Which one of the following statements is incorrect?
а.
> = WK
b.
> =
С.
It is not possible to measure the observable property 2 with zero uncertainty.
d.
= 0
е.
> =](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc336536-ba01-4269-8774-733842a8c70d%2Fb19c8049-c448-418e-b113-d294561fb695%2Fzvb68gx_processed.png&w=3840&q=75)
Transcribed Image Text:Consider a system with Hamiltonian operator H that is in a state k with energy Ek, where
Ek 4K
and k is the quantum number. The function Wk is normalized, and it is also an eigenfunction of an operator Q with eigenvalue Wk:
= Wk YK
Which one of the following statements is incorrect?
а.
> = WK
b.
> =
С.
It is not possible to measure the observable property 2 with zero uncertainty.
d.
= 0
е.
> =
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