For a particle moving in one dimension, show that the operator ?̂?̂ is NOT Hermitian. Construct an operator which corresponds to this physical observable product and is Hermitian. ? and ? are position and momentumof the particle. Q8: For a particle moving in one dimension, show that the operator îp is NOT Hermitian. Construct an operatorwhich corresponds to this physical observable product and is Hermitian. x and p are position and momentumof the particle.

Given data, Given operator=x^p^

Answered: Q8: For a particle moving in one…

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For a particle moving in one dimension, show that the operator ?
̂?
̂ is NOT Hermitian. Construct an operator
which corresponds to this physical observable product and is Hermitian. ? and ? are position and momentum
of the particle.

Q8: For a particle moving in one dimension, show that the operator îp is NOT Hermitian. Construct an operator
which corresponds to this physical observable product and is Hermitian. x and p are position and momentum
of the particle.

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Q8: For a particle moving in one dimension, show that the operator p is NOT Hermitian. Construct an operator which corresponds to this physical observable product and is Hermitian. x and p are position and momentum of the particle.