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You weigh a dry flask, and place a chunk of solid into it, then weigh it again. You then fill the flask to the top with water and weigh the full flask Finally, you take the solid out, fill the flask to the top with water and weigh it once more. Mass of flask in g 56.89 Mass of flask plus solid (g) 133.6 Mass of flask plus solid and water (g) 146.26 Mass of flask filled with water (g) 84.54 Density of water at the measured water temperature (g/cc) 0.992 Calculate the following Volume of the flask (not occupied by the solid) in (cc)

You weigh a dry flask, and place a chunk of solid into it, then weigh it again. You then fill the flask to the top with water and weigh the full flask Finally, you take the solid out, fill the flask to the top with water and weigh it once more. Mass of flask in g 56.89 Mass of flask plus solid (g) 133.6 Mass of flask plus solid and water (g) 146.26 Mass of flask filled with water (g) 84.54 Density of water at the measured water temperature (g/cc) 0.992 Calculate the following Volume of the flask (not occupied by the solid) in (cc)

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter9: Energy And Chemistry
Section: Chapter Questions
Problem 9.81PAE: 9.81 A substance has the following properties: Hfusion = 10.0 kJ/mol Hvaporiztion = 20.0 kJ/mol...
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You weigh a dry flask, and place a chunk of solid into it, then weigh it again. You then fill the flask to the top with water and weigh the full flask. Finally, you take the solid out, fill the flask to the top with water and weigh it once more. Mass of flask in (g) 56.89 Mass of flask plus solid (g) 133.6 Mass of flask plus solid and water (g) 146.26 Mass of flask filled with water (g) 84.54 Density of water at the measured water temperature (g/cc) 0.992 Calculate the following Volume of the flask (not occupied by the solid) in (cc)
Transcribed Image Text:You weigh a dry flask, and place a chunk of solid into it, then weigh it again. You then fill the flask to the top with water and weigh the full flask. Finally, you take the solid out, fill the flask to the top with water and weigh it once more. Mass of flask in (g) 56.89 Mass of flask plus solid (g) 133.6 Mass of flask plus solid and water (g) 146.26 Mass of flask filled with water (g) 84.54 Density of water at the measured water temperature (g/cc) 0.992 Calculate the following Volume of the flask (not occupied by the solid) in (cc)
You weigh a dry flask, and place a chunk of solid into it. then weigh it again. You then fill the flask to the top with water and weigh the full flask Finally, you take the solid out, fill the flask to the top with water and weigh it once more Mass of flask in (g) 58.6 Mass of flask plus solid (g) 136.87 Mass of flask plus solid and water (g) 142.84 Mass of flask filled with water (g) 84.4 Density of water at the measured water temperature (g/cc) 0.995 Calculate the following The volume of the flask in (cc)
Transcribed Image Text:You weigh a dry flask, and place a chunk of solid into it. then weigh it again. You then fill the flask to the top with water and weigh the full flask Finally, you take the solid out, fill the flask to the top with water and weigh it once more Mass of flask in (g) 58.6 Mass of flask plus solid (g) 136.87 Mass of flask plus solid and water (g) 142.84 Mass of flask filled with water (g) 84.4 Density of water at the measured water temperature (g/cc) 0.995 Calculate the following The volume of the flask in (cc)
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