Q1: If you know that the degree of accuracy in measuring momentum and positioning (it was treated as a harmonic oscillator) is Ap = /< p² %3D And the Ax = v< x² > and surely ΔxΔp 2 Prove that Eminimum = ÷ ħw (2) (Ax)minimum (1) 2mw %3D II
Q1: If you know that the degree of accuracy in measuring momentum and positioning (it was treated as a harmonic oscillator) is Ap = /< p² %3D And the Ax = v< x² > and surely ΔxΔp 2 Prove that Eminimum = ÷ ħw (2) (Ax)minimum (1) 2mw %3D II
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![Q1: If you know that the degree of accuracy in measuring momentum and positioning (it was
treated as a harmonic oscillator) is
Ap = /< p² ;
And the
Ax = v< x² >
and surely
AxAp
2
Prove that
Eminimum
ħw (2)
(Ax)minimum
(1)
2mw](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Feec729f6-a765-47ee-ae76-43e81ddad44a%2F14ebfecd-8365-43cb-9c7c-2999f28f06e6%2Fi61xygl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1: If you know that the degree of accuracy in measuring momentum and positioning (it was
treated as a harmonic oscillator) is
Ap = /< p² ;
And the
Ax = v< x² >
and surely
AxAp
2
Prove that
Eminimum
ħw (2)
(Ax)minimum
(1)
2mw
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