The mass of an erlenmeyer flask is 59.811g. This flask is then filled with water

Question

The mass of an erlenmeyer flask is 59.811g. This flask is then filled with water at 25C. The total mass of the water and flask is 190.704 g. If the density of water at 25C is 0.99704g/cm3, calculate the volume of the flask. The mass of an erlenmeyer flask is 59.811g. This flask is then filled with water at 25C. The total mass of the water and flask is 190.704 g. If the density of water at 25C is 0.99704g/cm3, calculate the volume of the flask. The mass of an erlenmeyer flask is 59.811g. This flask is then filled with water at 25C. The total mass of the water and flask is 190.704 g. If the density of water at 25C is 0.99704g/cm3, calculate the volume of the flask.

Explanation / Answer

Volume of flask = Volume of filled water

Mass of water in flask = 190.704 - 59.811 = 130.893

Volume of water = Mass / Density = 130.893 / 0.99704 = 131.28 cm3

Volume of flask = 131.28 cm3

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