A piece of gold has a mass $965$ $965$ $g$ $g$ and takes up a volume of $50$ $50$ $c m^{3}$ $cm^3$ . What is the density of gold?

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A piece of gold has a mass $965$ $965$ $g$ $g$ and takes up a volume of $50$ $50$ $c m^{3}$ $cm^3$ . What is the density of gold?

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Answer 1 · 2016-02-20T01:12:55

Density = Mass/Volume
The mass is 965 g
The volume is $50 c m^{3}$ $50cm^3$
Fill it in the formula
$965 g / 50 c m^{3}$ $965g // 50cm^3$
$= 19.3 g / c m^{3}$ $=19.3g//cm^3$

So, the density of the piece of gold is $19.3 g / c m^{3}$ $19.3g//cm^3$

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A piece of gold has a mass $965$ $965$ $g$ $g$ and takes up a volume of $50$ $50$ $c m^{3}$ $cm^3$ . What is the density of gold?

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A piece of gold has a mass $965$ $965$ $g$ $g$ and takes up a volume of $50$ $50$ $c m^{3}$ $cm^3$ . What is the density of gold?