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In a metal oxide, the oxide ions are arranged in hexagonal c
In a metal oxide, the oxide ions are arranged in hexagonal close packing and metal ions occupy two third of the octahedralvoids.
The formula of the oxide is
In a cubic crystal anions are arranged in FCC and the cation
In a cubic crystal anions are arranged in FCC and the cations occupy half the tetrahedral voids and all the octahedralvoids.
The ratio of cations and anions in the crystal is
A solid is made of two elements P & Q. Atoms P are in ccp ar
A solid is made of two elements P & Q. Atoms P are in ccp arrangements and atoms Q occupy all the octahedral voids and half of the tetrahedral voids, then the simples formula of the compound is 
The packing of an existing absorption tower is replaced with
The packing of an existing absorption tower is replaced with a new type ofpacking.
The height of the packing and the inlet conditions are maintained the same asbefore.
Tests reveal that the number of transfer units is lower thanbefore.
This indicates that the tower with the new packing, when compared to that with the old packing, will
The percent voids in mineral aggregate (VMA) and percent air
The percent voids in mineral aggregate (VMA) and percent air voids (Vv) in a compacted cylindrical bituminous mix specimen are 15 and 4.5respectively.
The percent voids filled with bitumen (VFB) for this specimen is
The number of octahedral and tetrahedral voids per sphere in
The number of octahedral and tetrahedral voids per sphere in a cubic close packed arrangement is respectively
A metal oxide has the formula Z2O
A metal oxide has the formula Z2O3. It can be reduced by hydrogen to give free metal andwater.
0.1596g of the metal oxide requires 6 mg of hydrogen for completereduction.
The atomic weight of the metal is
In a close packing, the radius of the octahedral void relati
In a close packing, the radius of the octahedral void relative to the radius of the spheres constitution it, is
The percentage of the available space occupied in a hexagona
The percentage of the available space occupied in a hexagonal close packing of spheres in three dimensions is
In hexagonal close packing of spheres in three dimensions, t
In hexagonal close packing of spheres in three dimensions, the co-ordination number of each spheres is

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