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SALT SOLUTION: Trial 1: Volume: 25 mL Mass of 25mL solution: 29.824 g Density: 1.2 g/mL Trial 2: Volume: 25 mL Mass of 25 mL solution: 29.855 g Density: 1.2 g/mL Trial 3: Volume: 25 mL Mass of 25 mL solution: 29.816 g Density: 1.2 g/mL METAL BAR: Method I - Trial 1: Mass of metal bar: 57.063 g Volume of metal bar: 6.7 cm^3 Density of bar: 8.5 g/cm^3 Trial 2: Mass of metal bar: 57.063 g Volume of metal bar: 6.0 cm^3 Density of bar: 9.5 g/cm^3 Trial 3: Mass of metal bar: 57.063 g Volume of metal bar: 6.0 cm^3 Density of bar: 9.5 g/cm^3 Method 2 - Trial 1: Dimensions: diameter = 1.20 cm, height = 4.91 cm Mass of metal bar: 57.063 g Volume of metal bar: 5.55 cm^3 Density of bar: 10.3 g/cm^3 Trial 2: Dimensions: diameter = 1.20 cm, height = 4.95 cm Mass of metal bar: 57.063 g Volume of metal bar: 5.60 cm^3 Density of bar: 10.2 g/cm^3 Trial 3: Dimensions: diameter = 1.20 cm, height = 4.95 cm Mass of metal bar: 57.063 g Volume of metal bar: 5.60 cm^3 Density of bar: 10.2 g/cm^3   QUESTION - From your data, calculate the volume occupied by 100 g of the following: a. salt solution b. metal bar

SALT SOLUTION: Trial 1: Volume: 25 mL Mass of 25mL solution: 29.824 g Density: 1.2 g/mL Trial 2: Volume: 25 mL Mass of 25 mL solution: 29.855 g Density: 1.2 g/mL Trial 3: Volume: 25 mL Mass of 25 mL solution: 29.816 g Density: 1.2 g/mL METAL BAR: Method I - Trial 1: Mass of metal bar: 57.063 g Volume of metal bar: 6.7 cm^3 Density of bar: 8.5 g/cm^3 Trial 2: Mass of metal bar: 57.063 g Volume of metal bar: 6.0 cm^3 Density of bar: 9.5 g/cm^3 Trial 3: Mass of metal bar: 57.063 g Volume of metal bar: 6.0 cm^3 Density of bar: 9.5 g/cm^3 Method 2 - Trial 1: Dimensions: diameter = 1.20 cm, height = 4.91 cm Mass of metal bar: 57.063 g Volume of metal bar: 5.55 cm^3 Density of bar: 10.3 g/cm^3 Trial 2: Dimensions: diameter = 1.20 cm, height = 4.95 cm Mass of metal bar: 57.063 g Volume of metal bar: 5.60 cm^3 Density of bar: 10.2 g/cm^3 Trial 3: Dimensions: diameter = 1.20 cm, height = 4.95 cm Mass of metal bar: 57.063 g Volume of metal bar: 5.60 cm^3 Density of bar: 10.2 g/cm^3   QUESTION - From your data, calculate the volume occupied by 100 g of the following: a. salt solution b. metal bar

Fundamentals Of Analytical Chemistry
Fundamentals Of Analytical Chemistry
9th Edition
ISBN:9781285640686
Author:Skoog
Publisher:Skoog
Chapter7: Statistical Data Treatment And Evaluation
Section: Chapter Questions
Problem 7.16QAP
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SALT SOLUTION:

Trial 1:
Volume: 25 mL
Mass of 25mL solution: 29.824 g
Density: 1.2 g/mL

Trial 2:
Volume: 25 mL
Mass of 25 mL solution: 29.855 g
Density: 1.2 g/mL

Trial 3:
Volume: 25 mL
Mass of 25 mL solution: 29.816 g
Density: 1.2 g/mL

METAL BAR:

Method I -

Trial 1:
Mass of metal bar: 57.063 g
Volume of metal bar: 6.7 cm^3
Density of bar: 8.5 g/cm^3

Trial 2:
Mass of metal bar: 57.063 g
Volume of metal bar: 6.0 cm^3
Density of bar: 9.5 g/cm^3

Trial 3:
Mass of metal bar: 57.063 g
Volume of metal bar: 6.0 cm^3
Density of bar: 9.5 g/cm^3

Method 2 -

Trial 1:
Dimensions: diameter = 1.20 cm, height = 4.91 cm
Mass of metal bar: 57.063 g
Volume of metal bar: 5.55 cm^3
Density of bar: 10.3 g/cm^3

Trial 2:
Dimensions: diameter = 1.20 cm, height = 4.95 cm
Mass of metal bar: 57.063 g
Volume of metal bar: 5.60 cm^3
Density of bar: 10.2 g/cm^3

Trial 3:
Dimensions: diameter = 1.20 cm, height = 4.95 cm
Mass of metal bar: 57.063 g
Volume of metal bar: 5.60 cm^3
Density of bar: 10.2 g/cm^3

 

QUESTION - From your data, calculate the volume occupied by 100 g of the following:

a. salt solution

b. metal bar

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