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Σ baryon
  • Member for 5 years, 2 months
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What does the inverse background efficiency represent?
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What does the inverse background efficiency represent?
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What does the inverse background efficiency represent?
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Consequences of fusing metallic glasses
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Consequences of fusing metallic glasses
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Consequences of fusing metallic glasses
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Using Gauss' theorem
answered
Using Gauss' theorem
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Using Gauss' theorem
@Qmechanic interesting. However, I am having trouble understanding the more explicit working to the solution as I cant see how the transition was made from the surface integral to the $4\pi R^2 \cdot \frac{1}{R^2}$
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Using Gauss' theorem
@Drjh where does the $\frac{1}{R^2}$ factor come from?
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Using Gauss' theorem
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Showing position and momentum relations
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Showing position and momentum relations
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Showing position and momentum relations
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revised
Showing position and momentum relations
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Showing position and momentum relations
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Uncertainty principle using fourier transforms
So I compare the squared $\widetilde{ \psi }(k)$ to the standard gaussian in order to get the uncertainty in k?
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Uncertainty principle using fourier transforms
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Uncertainty principle using fourier transforms
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