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X-rays diffraction studies show that cop...

`X`-rays diffraction studies show that copper crystallizes in an fcc unit cell with cell edge of `3.608 xx 10^(-8) cm`. In a separte experiment, copper is determined to have a density of `8.92 g cm^(3)`. Calculate the atomic mass of copper.

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X-ray diffraction studies show that copper crystallises in an fcc unit cell with cell edge of 3.608 xx 10^(-8) cm . In a separate experiment , copper is determined to have a density of 8.92 g/ cm^(3) , calculate the atomic mass of copper .

X-ray diffraction studies show that copper crystallises in a fcc unit cell with cell edge of 3.608 xx10^(-8) cm. In a separate experiment, copper is determined to have a density of 8.92 g//cm^(3) , calculate the atomic mass of copper.

X-ray diffranction studies show that copper crystallises in an fcc unit cell with cell edge of 3.608x10^(-8) cm. In a separate experment, copper is determined to have a density of 8.92 g cm^-3 , calculate the atomic mass of copper.

X-ray diffraction studies show that copper crystallizes in an fcc unit cell edge of 3.608 xx 10^(-8) cm. In a separate experiment, copper is determined to have a density 8.92 g cm^(-3) . Calculate the atomic mass of copper.

X-ray diffraction sutdies show that coper crystallises in a fcc lattice with edge length of 3.608xx10^(-8) cm. If density of copper is 8.92gcm^(-3) calculate the atomic mass of copper.

Copper crystallizes into a fcc Iattice with edge length 3.61xx10^(-8) cm. The calculated density is

Copper crystallizes into a fcc lattice with edge length 3.61 xx10^(-8)cm . The calculated density is