Calculate the Density of Gold: A Mathematical Marvel

Have you ever wondered how the density of gold is calculated?

Given a piece of gold ingot with a mass of 301 g and a volume of 15.6 cm³, how can we determine the density of gold?

Understanding the Density of Gold

Gold is renowned for its density, but how is this property determined? Let's delve into the calculation of gold density.

The density of gold, like any other material, is a crucial physical property that defines its mass per unit volume. In this case, a piece of gold ingot with a mass of 301 g and a volume of 15.6 cm³ gives us the opportunity to calculate its density.

To calculate the density of gold, we utilize the simple formula: Density = Mass / Volume. Given the specific values of 301 g for mass and 15.6 cm³ for volume, we can now plug these into the formula to determine the density.

By performing the calculation: Density = 301 g / 15.6 cm³, we arrive at a density of approximately 19.3 g/cm³ for the gold ingot. This result aligns with the widely known density of gold, showcasing the accuracy of the calculation.

The Significance of Density in Materials

Density serves as a fundamental property that distinguishes various materials and aids in their identification. Gold's high density is a defining feature that contributes to its value and utility in diverse applications.