A graduated cylinder is filled with water to a level of 40.0 mL. when a piece of copper is lowered in to a cylinder, the water level rises to 63.4 mL. find the volume of the copper sample. if density of the copper is 8.9 g/cm^3, what is its mass?

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Chemistry

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12 May, 21:15

A graduated cylinder is filled with water to a level of 40.0 mL. when a piece of copper is lowered in to a cylinder, the water level rises to 63.4 mL. find the volume of the copper sample. if density of the copper is 8.9 g/cm^3, what is its mass?

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Lewis Wilkerson · Answer 1

To answer this question, you need to find the volume of the copper by dividing the final volume of the cylinder with initial volume. The calculation would be:

63.4ml-40ml = 23.4ml

Then, to find the copper mass you need to multiply the volume with the density. Since 1ml=1cm3 you don't need to convert it. The calculation would be:

23.4ml * 1cm3/ml * 8.9g/cm^3 = 208.26gram