A cube with side length 2.5 cm and mass 62.5 g is immersed in paraffin with density 0.8 g/cm3. The paraffin level rises by 4.25 cm3. Calculate the density of the cube.

Question

Asked on May 13, 2026Physics

This physics problem tests your understanding of fundamental physical laws and their applications. The step-by-step solution below breaks down the problem using relevant equations and physical reasoning.

Accepted Answer · 2026-05-13T16:54:59.107Z

Here are the calculations for the given problem: Problem Analysis: A cube with side length s = 2.5\, cm and mass m_cube = 62.5\, g is immersed in paraffin with density _paraffin = 0.8\, g/cm^3. The paraffin level rises by 4.25\, cm^3. Inconsistency Note: First, let's calculate the density of the cube. Volume of cube V_cube = (2.5\, cm)^3 = 15.625\, cm^3. Density of cube $_cube

Accepted Answer · 2026-05-13T16:54:59.107Z

Here are the calculations for the given problem: Problem Analysis: A cube with side length s = 2.5\, cm and mass m_cube = 62.5\, g is immersed in paraffin with density _paraffin = 0.8\, g/cm^3. The paraffin level rises by 4.25\, cm^3. Inconsistency Note: First, let's calculate the density of the cube. Volume of cube V_cube = (2.5\, cm)^3 = 15.625\, cm^3. Density of cube $_cube

A cube with side length 2.5 cm and mass 62.5 g is immersed in paraffin with density 0.8 g/cm3. The paraffin level rises by 4.25 cm3. Calculate the density of the cube.

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A cube with side length 2.5 cm and mass 62.5 g is immersed in paraffin with density 0.8 g/cm3. The paraffin level rises by 4.25 cm3. Calculate the density of the cube.

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