Question

is the mass of a $500c{m}^3$ block of silicon, if the density of silicon is $2.32g/c{m}^3$.

• A. $1160g$
• B. $1100g$
• C. $1250g$

Answer 1

The correct option is A $1160g$

We know that $Density=\frac{mass}{volume}$
Given:
Density of silicon = $2.32g/c{m}^3$,
Volume = $500c{m}^3$
Therefore mass can be calculated as Mass= Density $\times$ Volume
= $2.32\times 500$
= $1160grams$.