The density of copper is $8.4 g / c m^{3}$ . What is the volume of $1 K g$ of copper?

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Solution

Step 1: Given data:-
Density of copper= $8.4 g / c m^{3} = 0.0084 K g / m^{3} .$
Mass of copper= $1 K g .$
Step 2: Calculating volume by using formula of density:-
We know that, $D e n s i t y = \frac{m a s s}{v o l u m e}$
$V o l u m e = \frac{M a s s}{D e n s i t y}$
$V o l u m e = \frac{1 K g}{0.0083 K g / m^{3}} = 119.05 m^{3} .$
Hence, the volume of $1 K g$ of copper is $119.05 m^{3} .$

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The density of copper is 8.4g/cm3. What is the volume of 1Kg of copper?

Step 1: Given data:-Density of copper= 8.4g/cm3=0.0084Kg/m3.Mass of copper= 1Kg.Step 2: Calculating volume by using formula of density:-We know that, Density=massvolume Volume=MassDensity Volume=1Kg0.0083Kg/m3=119.05m3.Hence, the volume of 1Kg of copper is 119.05m3.

The density of copper is $8.4 g / c m^{3}$ . What is the volume of $1 K g$ of copper?