QuestionMay 3, 2025

density=(mass)/(volume) What is the mass of a sample that has a density of 2.70g/ml and occupies 1.2 ml of volume? 3.248 3.24 ml 2.258 2.25 ml 0.4448

density=(mass)/(volume) What is the mass of a sample that has a density of 2.70g/ml and occupies 1.2 ml of volume? 3.248 3.24 ml 2.258 2.25 ml 0.4448
density=(mass)/(volume)
What is the mass of a sample that has a density of 2.70g/ml and occupies 1.2 ml of volume?
3.248
3.24 ml
2.258
2.25 ml
0.4448

Solution
4.3(234 votes)

Answer

3.24 g Explanation 1. Identify the formula Use the formula for density: **density = \frac{mass}{volume}**. 2. Rearrange the formula to solve for mass Mass can be calculated as **mass = density \times volume**. 3. Substitute known values Substitute density = 2.70 \, g/ml and volume = 1.2 \, ml into the formula: mass = 2.70 \, g/ml \times 1.2 \, ml. 4. Calculate the mass Perform the multiplication: mass = 3.24 \, g.

Explanation

1. Identify the formula<br /> Use the formula for density: **$density = \frac{mass}{volume}$**.<br /><br />2. Rearrange the formula to solve for mass<br /> Mass can be calculated as **$mass = density \times volume$**.<br /><br />3. Substitute known values<br /> Substitute $density = 2.70 \, g/ml$ and $volume = 1.2 \, ml$ into the formula: <br /> $mass = 2.70 \, g/ml \times 1.2 \, ml$.<br /><br />4. Calculate the mass<br /> Perform the multiplication: $mass = 3.24 \, g$.
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