Silver metal crysatllises with a face centred cubic lattice. The length of the unit cell is found to be `4.077xx10^(-8)cm`. Calulate the atomic radius and density of silver.

Silver metal crystallizes with a face centred cubic lattice. The length of the unit cell is found to be 4.077 xx 10^(-8) cm. Calculate atomic radius and density of silver. (Atomic mass of Ag = 108 u, N_A = 6.02 xx 10^(23) mol^(-1) )

Silver metal crystallise with a face centred cubic .lattice. The length of unit cell is found to be 4.077 xx 10^(-8) cm . Calculate the atomic radius and density of silver (Atomic mass of Ag= 108 u, NA= 6.02 x 10^(23) mol^(-1) .

Silver metal crystallises with a face centred cubic lattice. The length of the unit cell is found to be 3.0xx10^(-8) cm. Calculate atomic radius and density of silver. Molar mass of Ag =108 g mol^(-1), N_(A)=6.02xx10^(23)mol^(-1) ).

Silver metal crystallises with a face centred cubic lattice. The length of the unit cell is found to be 3.0xx10^(-8) cm. Calculate atomic radius and density of silver. Molar mass of Ag =108 g mol^(-1), N_(A)=6.02xx10^(23)mol^(-1) ).

Silver metal crystallises with a face centred cubic lattice. The length of unit cell is formed to be 4.077 xx 10^(-8) cm. Calculate atomic radius and density of silver. (Atomic mass of Ag = 108 u, N_(A) = 6.023 xx 10^(23) mol^(-1) ).

Silver metal crysatllises with a face centred cubic lattice. The length of the unit cell is found to be 450 pm. Calulate the atomic radius.

Silver metal crysatllises with a face centred cubic lattice. The length of the unit cell is found to be 450 pm. Calulate the atomic radius.

A metal crystallizes with a body-centred cubic lattice. The length of the unit cell edge is found to be 265 pm. Calculate the atomic radius.