Kerosene Has A Specific Density Of 0.82. What Is The Volume Of Kerosene Given A Mass Of 6.4kg?

Kerosene has a specific density of 0.82. What is the volume of kerosene given a mass of 6.4kg?

To get the volume of kerosene, the density formula will be used since the specific density and mass is given. The formula of density is \frac{mass}{volume}. The density formula is explained well in brainly.ph/question/80952.

Solution:

Density = 0.82\\Volume = 6.4 kg

If Density is \frac{mass}{volume}, therefore, volume is \frac{mass}{density}.

Volume = \frac{mass}{density} \\Volume = \frac{6.4 kg}{0.82} \\Volume = 7.80487804878 m^{3} \\Volume = 7.80 m^{3}

Answer:

The volume of kerosene is 7.80 m³. Note that m³ is used because the given mass is in kilograms (kg) since the SI unit of density is kg/m³.


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