Answer :
Mass of the steel is [tex]1004.4 g[/tex]
- density of a substance can be regarded as the ratio of the mass of that substance to that of it's volume.
- Mass of substance can be regarded as the quantitative measure of inertia, it can be simply explained as a fundamental property of all matter
We can express this mathematically as ;
- [tex]Density= \frac{ mass }{volume }[/tex]
Given :
Density of this steel= 8.1g/cm3
[tex]Mass= 124 cm^{3}[/tex]
If we make Mass subject of formula,
[tex]Mass= ( density *volume)[/tex]
Then let us substitute the values into the expression
[tex]Mass= (124*8.1)[/tex]
[tex]= 1004.4 g[/tex]
Therefore, mass of the steel is [tex]1004.4 g[/tex]
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