Question: In an x-ray diffraction experiment on a crystal that has a cubic lattice, the greatest Bragg angle at which you see a peak in the

In an x-ray diffraction experiment on a crystal that has a cubic lattice, the greatest Bragg angle at which you see a peak in the intensity of diffracted $x$ rays is $35.00^{\circ}$. If the $\mathrm{x}$-ray wavelength is $1.000 \mathrm{~nm}$, what is the atomic spacing in the crystal? Assume that only first-order interference fringes are visible in the diffraction pattern of this crystal.

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Answer The Braggs Law is given by nlambda 2d sin theta Where n is the order of the diff... View full answer

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