In an ionic compound, oxide ions have ccp arrangement Cations `A` are present in one eighth of the tetrahedral voids whilst cations `B` occupy half of the octahedral voids.the empirical formula of the compound is

In a compound oxide ions have CCP arrange ment. Cations A are present in one-eighth of the tetrahedral holes and cations B occupy half of the octahedral holes. The simplest formaula of the compound is

In a compound, oxide ions have a ccp arrangment. Cations A are present in 1/8 th of tetrahedral holes and cations B occupy 1/2 of octahedral holes. The simpliest formula of the compound is

In a compound,oxide ions are arranged in cubic close packing arrangement. Cations A occupy one-sixth of the tetrahdral voids and cations B occupy one-third of the octahedral voids. The formula of the compound is

In a compound,oxide ions are arranged in cubic close packing arrangement. Cations A occupy one-sixth of the tetrahdral voids and cations B occupy one-third of the octahedral voids. The formula of the compound is

In a compound oxide ions are arranged in cubic close packing arrangement. Cations A occupy one-sixth of the tetrahedral voids and cations B occupy one-third of the octahdral voids. The formual of the compound is A_(x), B_(y), O_(z) then find the value of x + y + z

In certain solid, the oxide ions are arranged in ccp. Cations A occupy (1)/(6) of the tetrahedral voids and cations B occupy one third of the octahedral voids. The probable formula of the compound is

In certain solid, the oxide ions are arranged in ccp. Cations A occupy (1)/(6) of the tetrahedral voids and cations B occupy one third of the octahedral voids. The probable formula of the compound is

In a solid, oxide ions are arrnged in ccp, cations A occupy A occupy (1/8)^th of the tetrahedral voids and cation B occupy (1/4)^(th) of the octahedral voids. The formula of the compound is: