A metal 'M' is crystallised in F.C.C lattice. The number of unit cells in it having `2.4xx10^(-24)` atoms

A metal 'M' is crystallised in F.C.C lattice. The number of unit cells in it having 2.4 xx 10^(24) atoms

A metal crystallises in FCC lattice. If edge length of the cell is 4xx10^(-8) cm and density is 10.5 g cm^(-3) then the atomic mass of metal is

Metallic chromium crystallises in bcc lattice. The edge length of unit cell is 2.87 A_0. Calculate (a) atomic radius and (b) density.

Ice crystallises in hexagonal lattice having volume of unit cell is 132times10^(-24)cm^(3) .If density is 0.92g cm^(3) at a given temperature, then number of water molecules per unit cell is

Ice crystallises in hexagonal lattice having volume of unit cell is 132times10^(-24)cm^(3) .If density is 0.92g cm^(3) at a given temperature, then number of water molecules per unit cell is

Ice crystallises in hexagonal lattice having volume of unit cell is 132times10^(-24)cm^(3) .If density is 0.92g cm^(3) at a given temperature, then number of water molecules per unit cell is

Ice crystallises in hexagonal lattice having volume of unit cell is 132times10^(-24)cm^(3) .If density is 0.92g cm^(3) at a given temperature, then number of water molecules per unit cell is

Ice crystallises in hexagonal lattice having volume of unit cell is 132times10^(-24)cm^(3) .If density is 0.92g cm^(3) at a given temperature, then number of water molecules per unit cell is

Metallic chromium crystallises in bee lattice. The edge length of unit cell is 2.87 A^(0) . Calculate (a) atomic radius and (b) density.