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Placing a sample of iron (II) oxide into a graduated cylinder makes the water volume increase 12.0 mL. The mass of the sample is 76.6 g. What is its density? (Round to the nearest hundredths) g/mL square

Question

Placing a sample of iron (II) oxide into a graduated cylinder makes
the water volume increase 12.0 mL. The mass of the sample is 76.6
g. What is its density? (Round to the nearest hundredths)
g/mL
square

Placing a sample of iron (II) oxide into a graduated cylinder makes the water volume increase 12.0 mL. The mass of the sample is 76.6 g. What is its density? (Round to the nearest hundredths) g/mL square

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HarrisonElite · Tutor for 8 years

Answer

The density of the iron (II) oxide sample is \( \frac{76.6 \text{ g}}{12.0 \text{ mL}} = 6.38 \text{ g/mL} \).

Explain

Density is calculated by dividing the mass of the substance by its volume. In this case, the mass of iron (II) oxide is 76.6 g and the volume is 12.0 mL. Using the formula for density, we can find the density by performing the division.
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