I am allowed to work with someone I just don’t understand this ... Calculations : neatly labeled and organized for each of the following calculations Include correct and significant figures in all calculations Using the Graduated Cylinder Data from Part B. calculate the: 6. Percent error between the known density (from Data A) and the average experimental density (from Calc 4) .

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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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I am allowed to work with someone I just don’t understand this ... Calculations : neatly labeled and organized for each of the following calculations Include correct and significant figures in all calculations Using the Graduated Cylinder Data from Part B. calculate the: 6. Percent error between the known density (from Data A) and the average experimental density (from Calc 4) .
Name:
Date lab performed:
Partner(s) name:
Date due:
Measurements: Density of a Saline Solution
Data: Record all data with correct units and significant figures.
Loba gime
A. Known density of saline solution
B. Graduated Cyllnder
10
IS
20
1. Volume of saline added each addition
34.344
2. Mass of empty beaker
3. Mass of beaker after first addition of saline
a 7. 252
78.082gmc
gimu
4. Mass of beaker after second addition of saline
5. Mass of beaker after third addition of saline
C. Volumetric Pipet
SO ML
1. Volume of saline added each addition
3 1. 343
42-025
52, 715
Co 3, 365
2. Mass of empty beaker
3. Mass of beaker after first addition of saline
4. Mass of bcaker after second addition of saline
5. Mass of beaker after third addition of saline
17
Calculations:
• Show neatly labeled and organized wark for each of the following calculations below.
Include correct units and significant figures in all calculations.
Using the Graduated Cylinder Data from Part B, calculate the:
1. Mass (g) and density (g/ml.) of the first addition of saline
Transcribed Image Text:Name: Date lab performed: Partner(s) name: Date due: Measurements: Density of a Saline Solution Data: Record all data with correct units and significant figures. Loba gime A. Known density of saline solution B. Graduated Cyllnder 10 IS 20 1. Volume of saline added each addition 34.344 2. Mass of empty beaker 3. Mass of beaker after first addition of saline a 7. 252 78.082gmc gimu 4. Mass of beaker after second addition of saline 5. Mass of beaker after third addition of saline C. Volumetric Pipet SO ML 1. Volume of saline added each addition 3 1. 343 42-025 52, 715 Co 3, 365 2. Mass of empty beaker 3. Mass of beaker after first addition of saline 4. Mass of bcaker after second addition of saline 5. Mass of beaker after third addition of saline 17 Calculations: • Show neatly labeled and organized wark for each of the following calculations below. Include correct units and significant figures in all calculations. Using the Graduated Cylinder Data from Part B, calculate the: 1. Mass (g) and density (g/ml.) of the first addition of saline
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