Question

The density of copper is 9.86 g/cm^3 and its volume is 150cm^3

Answer 1

Answer:

The mass of the solid copper cuboid is 1.479 kg.

Step-by-step explanation:

Given density and volume of copper we have to find the mass of the solid copper cuboid in kg.

$\text{The density of copper=}9.86\frac{g}{cm^3}$

$\text{Volume=}150 cm^3$

As, $Density=\frac{Mass}{Volume}$

⇒ $\text{mass of solid copper=}Density\times Volume=9.86\times 150=1479g$

⇒ $mass=1479g=\frac{1479}{1000}kg=1.479 kg$

Hence, the mass of the solid copper cuboid is 1.479 kg.

Answer 2

Density=mass/volume, 9.86=mass/150, so mass=150×9.86=1479g=1.479kg.