Choose two pieces of glassware which will be a 50 mL beaker and a 10 mL graduated cylinder to find the density of DI water. We did three trails for the 50 mL- 1) an empty beaker weighs 29.871 g; with 20 mL of H2O weighing 46.973, 2) an empty beaker is 29.949 g; with 20 mL weighing 43.836, and 3) an empty beaker weighs 38.112 g; with H2O of 20 mL weighs 43.822g. For a 10 graduated cylinder we also did three trials- 1) with an empty beaker is 37.995l g with H2O of 6 mL weighs 43.836 g, 2) an empty beaker weighs 38.016 g; with 6 mL of H2O weighing 43.829 g, and 3) an empty beaker weighs g; with H2O it weighs 49.086 g. Part 1. Answer the following questions on the calculated density of water.a. How much did the density of water differ for each piece of glassware?b. Does your calculated density match better with the room temperature densityvalue provided?Part 2. How could reading the volume incorrectly affect your calculated density?
Choose two pieces of glassware which will be a 50 mL beaker and a 10 mL graduated cylinder to find the density of DI water. We did three trails for the 50 mL- 1) an empty beaker weighs 29.871 g; with 20 mL of H2O weighing 46.973, 2) an empty beaker is 29.949 g; with 20 mL weighing 43.836, and 3) an empty beaker weighs 38.112 g; with H2O of 20 mL weighs 43.822g. For a 10 graduated cylinder we also did three trials- 1) with an empty beaker is 37.995l g with H2O of 6 mL weighs 43.836 g, 2) an empty beaker weighs 38.016 g; with 6 mL of H2O weighing 43.829 g, and 3) an empty beaker weighs g; with H2O it weighs 49.086 g.
Part 1. Answer the following questions on the calculated density of water.
a. How much did the density of water differ for each piece of glassware?
b. Does your calculated density match better with the room temperature density
value provided?
Part 2. How could reading the volume incorrectly affect your calculated density?
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