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(c) In a powder x-ray diffraction experiment of MgO and NaCl using x-rays of wavelength 0.154 nm the first diffraction peaks in the 0-20 scan are found at 0-18.46° and 0-13.68° for MgO and NaCl respectively. Calculate the lattice constants of MgO and NaCl showing the details of the calculations.

(c) In a powder x-ray diffraction experiment of MgO and NaCl using x-rays of wavelength 0.154 nm the first diffraction peaks in the 0-20 scan are found at 0-18.46° and 0-13.68° for MgO and NaCl respectively. Calculate the lattice constants of MgO and NaCl showing the details of the calculations.

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(c) In a powder x-ray diffraction experiment of MgO and NaCl using x-rays of wavelength 0.154 nm the first diffraction peaks in the 0-20 scan are found at 0-18.46° and 0-13.68° for MgO and NaCl respectively. Calculate the lattice constants of MgO and NaCI showing the details of the calculations.
Transcribed Image Text:(c) In a powder x-ray diffraction experiment of MgO and NaCl using x-rays of wavelength 0.154 nm the first diffraction peaks in the 0-20 scan are found at 0-18.46° and 0-13.68° for MgO and NaCl respectively. Calculate the lattice constants of MgO and NaCI showing the details of the calculations.
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