6. A reciprocal-lattice vector has a dimension equal to the reciprocal of length, for example, cm=. Is it meaningful to compare the magnitudes of a direct-lattice vector R with a reciprocal-lattice vector G? Is it meaningful to compare their directions? If the latter answer is yes, find the angle between R and G in terms of their components in a cubic crystal. What is the angle between R = [111] and
6. A reciprocal-lattice vector has a dimension equal to the reciprocal of length, for example, cm=. Is it meaningful to compare the magnitudes of a direct-lattice vector R with a reciprocal-lattice vector G? Is it meaningful to compare their directions? If the latter answer is yes, find the angle between R and G in terms of their components in a cubic crystal. What is the angle between R = [111] and
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![6. A reciprocal-lattice vector has a dimension equal to the reciprocal of length,
for example, cm-'. Is it meaningful to compare the magnitudes of a direct-lattice
vector R with a reciprocal-lattice vector G? Is it meaningful to compare their
directions? If the latter answer is yes, find the angle between R and G in terms of
their components in a cubic crystal. What is the angle between R = [111] and
G = [110]?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F87103f70-8b7e-45f8-a35b-fc62b41d6817%2Fc06594a8-b42c-426e-a817-c992ab18dc30%2Fu0ge1aj_processed.png&w=3840&q=75)
Transcribed Image Text:6. A reciprocal-lattice vector has a dimension equal to the reciprocal of length,
for example, cm-'. Is it meaningful to compare the magnitudes of a direct-lattice
vector R with a reciprocal-lattice vector G? Is it meaningful to compare their
directions? If the latter answer is yes, find the angle between R and G in terms of
their components in a cubic crystal. What is the angle between R = [111] and
G = [110]?
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