Question

The density of Ammonium is 2700 kg m-³.What is the mass of a block of Ammonium which occupies a volume of 5m³​

Answer 1

Provided that:

• Density = 2700 kg m³
• Volume = 5 m³

To determine:

• Mass

Solution:

• Mass = 13500 kg

Using formula:

• Density formula

Using formula:

• Density = Mass / Volume

Required solution:

»»» Density = Mass / Volume

»»» 2700 = Mass / 5

»»» 2700 × 5 = Mass

»»» 13500 = Mass

»»» Mass = 13500 kg

Know more:

$\begin{gathered}\boxed{\begin{array}{c}\\ {\pmb{\sf{Some \: formulas!}}} \\ \\ \sf \star \: Density \: = \dfrac{Mass}{Volume} \\ \\ \sf \star \: Volume \: = \dfrac{Mass}{Density} \\ \\ \sf \star \: Density \times Volume = Mass \end{array}}\end{gathered}$