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A sample of a crystalline solid scatters a beam of X- rays of wavelength 70.93 pm at an angle of 30 degree. If this is a 2nd order reflection, calculate the distance between the parallel planes of atoms from which the scattered beam appears to have been reflected.

A sample of a crystalline solid scatters a beam of X- rays of wavelength 70.93 pm at an angle of 30 degree. If this is a 2nd order reflection, calculate the distance between the parallel planes of atoms from which the scattered beam appears to have been reflected.

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(ix) A sample of a crystalline solid scatters a beam of X- rays of wavelength 70.93 pm at an angle of 30 degree. If this is a 2nd order reflection, calculate the distance between the parallel planes of atoms from which the scattered beam appears to have been reflected.
Transcribed Image Text:(ix) A sample of a crystalline solid scatters a beam of X- rays of wavelength 70.93 pm at an angle of 30 degree. If this is a 2nd order reflection, calculate the distance between the parallel planes of atoms from which the scattered beam appears to have been reflected.
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