Copper crystallies into a fcc lattice with edge length `3.61xx10^(-8)cm`. Show that the calculated density is in agreement with its measured value of `8.92cm^(-3)`.

Copper crystallizes into a fcc lattice with edge length 3.61xx10^(-8) cm. Show that the calculate density is in agreement with is measured value of 8.92 g "cm"^(-3) . (At mass of copper = 63.5)

Copper crystallises into a fcc lattice with edge length 3.61xx10^(-8)cm . Show that the calculated density is in agreement with its measured value of 8.96g*cm^(-3) .

Copper crystallises into a fcc lattice with edge length 3.60xx10^(-8) Show that the calculated density is in agreement with its measured value of 8.92 g cm^(-3) .

Copper crystallises into a fcc lattice with edge length '3.61 x10^-8 cm'. Show that the calculated density is in agreement with its measured value of '8.92 g cm^-3'

Copper crystallises into a fcc lattice, with edge length 3.16xx10^-8 cm . Show that the calculated density is in agreement with its measured value of 8.92 g cm^3 .

Copper crystallizer into an fcc lattice with edge length 3.61 xx 10^(8) cm , Show that the calculated density in in agreement with its measured value of 8.92 g cm^(3) .

Copper crystallizes into a FCC lattice with edge length 3.61 xx 10^(-8) cm . Show that the calculated density is in agreement with its measured value of 8.92 g. cm^(-3) .