Uncertainty in particle position

In summary, "Uncertainty in particle position" refers to the inherent limitations in measuring the exact position of a particle due to the principles of quantum mechanics, specifically encapsulated in Heisenberg's Uncertainty Principle. This principle states that the more precisely one knows a particle's position, the less precisely one can know its momentum, and vice versa. This fundamental uncertainty is a key aspect of quantum behavior, influencing how particles are understood and observed in physical systems.
  • #1
MaxJ
7
0
Homework Statement
below
Relevant Equations
below
For this problem,
1723537877356.png

My solution is
1723537945310.png

1723537992107.png

1723538009333.png

However, the my answer for ##\Delta x## is not correct. The correct answer is ##\Delta x = 0.18a##. Does someone please know what I have done wrong?

Kind wishes
 
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  • #2
MaxJ said:
what I have done wrong?
You have hand waved "zero by symmetry" where what you have waved away is not zero by symmetry. Why do you think it should be zero and what symmetry would there be?
 
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  • #3
Orodruin said:
You have hand waved "zero by symmetry" where what you hade waved away is not zero by symmetry. Why do you think it should be zero and what symmetry would there be?
Be blessed Sir.

I have doubt what you mean in regards to symmetry. Can you explain some more?
 
  • #4
MaxJ said:
Be blessed Sir.

I have doubt what you mean in regards to symmetry. Can you explain some more?
You were the one trying to invoke symmetry arguments so you should be able to tell me why you think the integral should be zero "due to symmetry".
 
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