A crystal is made of particles X,Y and Z.X form fcc packing . Y occupies all the octahedral void of X and Z occupies all the tetrahedral voids of X . If all the particles along one body diagonal are removed then the formula of the crystal would be:
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A crystal is made up of particals X , Y , and Z . X froms fcc packing. Y occupies all octahedral voids of X and Z occupies all tetrahedral voids of X . If all the particles along one body diagonal are removed. Then the fromula of the crystal would be
A crystal is made of particles X and Y.X form fcc packing and Y occupies all the octahedral voids . If all the particles along one body diagonal are removed then the formula of the crystal would de :
A crystal is made of particles A and B . From fcc packing and B occupies all the octahedral voids . If all the particle along the plane as shown in figure are removed , then, the formula of the crystal would be :
A crystal is made of particles A and B. A forms FCC packing and B occupies all the octahedral voids. If all the particles along the plane as shown in figure are removed, then the formula of the crystal would be :
A forms ccp lattice B occupy half of the octahedral voids and O occupy all the tetrahedral voids. Calculate formula-
In a crystalline solid, atom of A form fcc packing and atoms of B occupy all octahedral voids. If all the atoms along one body diagonal are removed then what will be the simplest formula of the crystalline solid ?
